NASA Space Geodesy Program--- GSFC Data Analysis--1992

NASA Technical Memorandum 104572//v-_-/_

NASA Space Geodesy Program---

GSFC Data Analysis--1992

Final Report of the Crustal Dynamics ProjectVLBI Geodetic Results 1979-91

J.W. Ryan, C. Ma,

and D.S. Caprette

February 1993

(HASA-T.'4- IO4572 } NASA SPACE

G{:_DESY PR(TGR.AM: GSFC :_,.2ATA

ANALYSIS, 1992o CRUSTAL DYNAMICS

PP!_JECT VL:-:[ GEODETIC .4ESULTS, 1979

- 1991 Fin _l R_,porL (NASA) 471 p

N93-20900

Unclas

G31_6 0150352

https://ntrs.nasa.gov/search.jsp?R=19930011711 2020-03-17T08:08:09+00:00Z

NASA Technical Memorandum 104572

NASA Space Geodesy Program--GSFC Data Analysis---1992

Final Report of the Crustal Dynamics ProjectVLBI Geodetic Results 1979-91

J.W. Ryan and C. Ma

NASA Goddard Space Flight Center

Greenbelt, Maryland

D.S. Caprette

Hughes STX Corporation

Lanham, Maryland

National Aeronautics andSpace Administration

Goddard Space Flight CenterGreenbelt, Maryland 20771

1993

Table of Contents

I. INTRODUCTION .................... 1

II. DATA ............................. 2

A. Instumentaion ..................... 2

B. Observing Programs ................ 2C. Phase Delay Observations ............ 4

IlL DATA ANALYSIS METHODS .......... 4

A. Processing and Data Handling ......... 4B. Models .......................... 5

C. The GLOBL Analysis System ......... 5

D. Parametrization of the Site Troposphere andClock ........................... 6

E. Earth Orientation Parameters ......... 6

F. VLBI Variables .................... 6

IV. DATA ANALYSIS RESULTS ........... 6

A. Solution GLB867 .................. 6

B. Solution GLB868 ................... 7

C. Results .......................... 8

1. Station Coordinates and Velocities .... 8

2. Baseline Evolution ............... 14

3. Earth Orientation Parameters ....... 15

D. Formal Errors ................... 16

V. DIFFERENCES WITH PAST RESULTS • 16

VI. QUALITY OF RESULTS ............ 17

A. Trends in Quality Improvement ....... 17

1. Post-fit Delay Residuals ........... 17

2. Baseline Length Repeatability and

Errors in Baseline Length ......... 20B. Scaling of Baseline Repeatability with

Baseline Length ................... 22

C. An Anomaly - the Motions of Onsalaand Wettzell ..................... 24

VII. REFERENCES ..................... 31

TABLES AND FIGURES

1.0 Stations and Sites ................... 1.1

1.1 VLBI Observing Stations ........... 1.21.2 VLBI Site Locations .............. 1.4

2.0 Summary of Experiments by Databaseand Site .......................... 2.1

2.1 Summary of Experiments ........... 2.2

3.0 Source Coordinates .................. 3.1

3.1 Source Coordinates from GLB867 .... 3.2

4.0 Site Positions and Velocities from

Solution GLB867 .................... 4.1

4.1 Geocentric Cartesian Site Coordinates and

Velocities ...................... 4.2

4.2 Geocentric Cartesian Coordinates for HRAS

085 from GLB867 ................ 4.17

4.3 Site Velocities in Topocentric ReferenceFrames ........................ 4.19

5.0 VLBI Site Positions by Yearfrom GLB867 ...................... 5.1

5.1 Site Positions at January 1.5, 1979 .... 5.25.2 Site Positions

5.3 Site Positions

5.4 Site Positions

5.5 Site Positions

5.6 Site Positions

5.7 Site Positions

5.8 Site Positions

5.9 Site Positions

5.10 Site Positions

5.11 Site Positions

5.12 Site Positions

5.13 Site Positions

5.14 Site Positions5.15 Site Positions

5.16 Site Positions

5.17 Site Positions

at January 1.5, 1980 ....

at January 1.5, 1981 ....

at January 1.5, 1982 ....

at January 1.5, 1983 ....

at January 1.5, 1984 ....

at January 1.5, 1985 ....at January 1.5, 1986 ....

at January 1.5, 1987 ....

at January 1.5, 1988








5.4

5.6

5.8

5.10

5.12

5.14

5.16

5.18

5.20

5.22

5.245.26

5.28

5.30

5.32

5.34

6.0 Baseline Statistics Summaries .......... 6.1

6.1 Length Statistical Summary, Mean .... 6.2

6.2 Length Statistical Summary, Rate of

Change ........................ 6.176.3 Transverse Statistical Summary ...... 6.23

6.4 Vertical Statistical Summary ........ 6.38

7.0 Baseline Evolution from GLB868 ........ 7.1

Figures7.2 ALGOPARK to GILCREEK ........ 7.2

7.3 ALGOPARK to MOJAVEI2 ........ 7.3

7.4 ALGOPARK to PENTICTN ........ 7.4

7.5 ALGOPARK to WESTFORD ....... 7.5

7.6 BLKBUTTE to HRAS 085 .......... 7.6

7.7 BLKBUTTE to MOJAVE12 ......... 7.7

7.8 BLKBUTrE to VNDNBERG ....... 7.8

7.9 DEADMANL to MOJAVE12 ........ 7.9

7.10 DEADMANL to VNDNBERG ...... 7.10

7.11 DSS45 to GILCREEK ............ 7.11

o°o

m

O B

_,_"_"lt _,........... - .,o ,-a..... PRBOB_NG PalGE BLANK NOT FILMED

7.12 DSS45 to HOBART26 ............ 7.12

7.13 DSS45 to KASHIMA ............. 7.13

7.14 DSS45 to KAUAI ................ 7.14

7.15 DSS45 to SESHAN25 ............. 7.15

7.16 DSS65 to MEDICINA ............ 7.16

7.17 DSS65 to NOTO ................ 7.17

7.18 DSS65 to ONSALA60 ............. 7.18

7.19 DSS65 to WETTZELL ............ 7.19

7.20 EFLSBERG to HAYSTACK ....... 7.20

7.21 EFLSBERG to HRAS 085 ......... 7.21

7.22 EFLSBERG to ONSALA60 ........ 7.22

7.23 ELY to HATCREEK ............. 7.23

7.24 ELY to HRAS 085 ............... 7.24

7.25 ELY to MOJAVE12 .............. 7.25

7.26 FLAGSTAF to HATCREEK ....... 7.26

7.27 FLAGSTAF to HRAS 085 ......... 7.27

7.28 FLAGSTAF to MOJAVE12 ........ 7.28

7.29 FORTORDS to GILCREEK ....... 7.29

7.30 FORTORDS to MOJAVE12 ....... 7.30

7.31 FORT ORD to HATCREEK ....... 7.31

7.32 FORT ORD to MOJAVE12 ........ 7.32

7.33 FORT ORD to OVRO 130 ......... 7.33

7.34 FORT ORD to VNDNBERG ....... 7.34

7.35 GILCREEK to HATCREEK ....... 7.35

7.36 GILCREEK to HAYSTACK ....... 7.36

7.37 GILCREEK to HOBART26 ........ 7.377.38 GILCREEK to HRAS 085 ......... 7.38

7.39 GILCREEK to KASHIMA ......... 7.39

7.40 GILCREEK to KAUAI ........... 7.40

7.41 GILCREEK to KODIAK .......... 7.41

7.42 GILCREEK to KWAJAL26 ........ 7.427.43 GILCREEK to MOJAVE12 ........ 7.43

7.44 GILCREEK to NOME ............ 7.44

7.45 GILCREEK to NRAO85 3 ......... 7.45

7.46 GILCREEK to ONSALA60 ........ 7.46

7.47 GILCREEK to OVRO 130 ......... 7.47

7.48 GILCREEK to PENTICTN ........ 7.48

7.49 GILCREEK to PIETOWN ......... 7.49

7.50 GILCREEK to PLATTVIL ......... 7.50

7.51 GILCREEK to PRESIDIO ......... 7.517.52 GILCREEK to PT REYES ......... 7.52

7.53 GILCREEK to RICHMOND ....... 7.53

7.54 GILCREEK to SESHAN25 ......... 7.54

7.55 GILCREEK to SNDPOINT ........ 7.55

7.56 GILCREEK to SOURDOGH ....... 7.56

7.57 GILCREEK to VNDNBERG ....... 7.57

7.58 GILCREEK to WESTFORD ....... 7.58

7.59 GILCREEK to WETI'ZELL ........ 7.59

7.60 GILCREEK to WHTHORSE ....... 7.60

7.61 GILCREEK to YAKATAGA ....... 7.61

7.62 GOLDVENU to MOJAVE12 ....... 7.62

7.63 GOLDVENU to ONSALA60 ....... 7.63

7.64 GOLDVENU to OVRO 130 ........ 7.64

7.65 GORF7102 to MOJAVE12 ......... 7.65

7.66 GORF7102 to RICHMOND ........ 7.66

7.67 GORF7102 to WESTFORD ........ 7.67

7.68 HARTRAO to HRAS 085 ......... 7.68

7.69 HARTRAO to MEDICINA ........ 7.69

7.70 HARTRAO to ONSALA60 ........ 7.70

7.71 HARTRAO to RICHMOND ....... 7.71

7.72 HARTRAO to WESTFORD ....... 7.72

7.73 HARTRAO to WETTZELL ........ 7.73

7.74 HATCREEK to HRAS 085 ........ 7.74

7.75 HATCREEK to KASHIMA ........ 7.75

7.76 HATCREEK to KAUAI ........... 7.76

7.77 HATCREEK to MOJAVE12 ....... 7.77

7.78 HATCREEK to MON PEAK ....... 7.78

7.79 HATCREEK to OVRO 130 ........ 7.79

7.80 HATCREEK to PLATrVIL ........ 7.80

7.81 HATCREEK to PRESIDIO ........ 7.81

7.82 HATCREEK to PT REYES ........ 7.82

7.83 HATCREEK to QUINCY ......... 7.83

7.84 HATCREEK to VERNAL ......... 7.84

7.85 HATCREEK to VNDNBERG ...... 7.85

7.86

7.87

7.88

7.897.90

7.91

7.92

7.93

7.94

7.95

7.96

7.97

7.98

7.99

7.100

7.101

7.102

7.1037.104

7.105

7.106

7.107

7.108

7.109

7.110

7.111

7.112

7.113

7.114

7.115

7.116

7.117

HATCREEK to WESTFORD ...... 7.86

HATCREEK to YUMA ........... 7.87

HAYSTACK to HRAS 085 ......... 7.88

HAYSTACK to MOJAVE12 ....... 7.89

HAYSTACK to NRAO 140 ........ 7.90HAYSTACK to ONSALA60 ........ 7.91

HAYSTACK to OVRO 130 ........ 7.92

HAYSTACK to WESTFORD ....... 7.93

HAYSTACK to WETI_ZELL ....... 7.94

HOBART26 to KAUAI ........... 7.95

HRAS 085 to KASHIMA .......... 7.96HRAS 085 to MOJAVE12 ......... 7.97

HRAS 085 to MON PEAK ......... 7.98

HRAS 085 to NRAO 140 .......... 7.99

HRAS 085 to ONSALA60 ....... 7.100

HRAS 085 to OVRO 130 ....... 7.101

HRAS 085 to PLATTVIL ....... 7.102

HRAS 085 to QUINCY ........ 7.103

HRAS 085 to RICHMOND ..... 7.104HRAS 085 to VERNAL ........ 7.105

HRAS 085 to VNDNBERG ..... 7.106

HRAS 085 to WESTFORD ...... 7.107

HRAS 085 to WETTZELL ...... 7.108

HRAS 085 to YUMA .......... 7.109

JPL MV1 to MOJAVE12 ....... 7.110

JPL MV1 to OVRO 130 ........ 7.111

JPL MV1 to PBLOSSOM ....... 7.112

JPL MV1 to PINFLATS ........ 7.113

JPL MV1 to VNDNBERG ...... 7.114

KASHIMA to KAUAI ......... 7.115

KASHIMA to KWAJAL26 ...... 7.116

KASHIMA to MOJAVE12 ...... 7.117

iv

7.118 KASHIMA to ONSALA60 ...... 7.118

7.119 KASHIMA to RICHMOND ..... 7.119

7.120 KASHIMA to SESHAN25 ....... 7.120

7.121 KASHIMA to TSUKUBA ....... 7.1217.122 KASHIMA to VNDNBERG ..... 7.122

7.123 KASI-IIMA to WESTFORD ..... 7.123

7.124 KASHIMA to WETTZELL ...... 7.124

7.125 KAUAI to KWAJAL26 ......... 7.125

7.126 KAUAI to MOJAVE12 ......... 7.126

7.127 KAUAI to NtLAO85 3 ......... 7.127

7.128 KAUAI to RICHMOND ........ 7.128

7.129 KAUAI to SESHAN25 ......... 7.129

7.130 KAUAI to VNDNBERG ....... 7.130

7.131 KODIAK to MOJAVE12 ....... 7.131

7.132 KWAJAL26 to MOJAVE12 ..... 7.132

7.133 KWAJAL26 to VNDNBERG .... 7.1337.134 MARPOINT to RICHMOND .... 7.134

7.135 MARPOINT to WESTFORD .... 7.135

7.136 MEDICINA to ONSALA60 ..... 7.136

7.137 MEDICINA to WETTZELL ..... 7.137

7.138 MOJAVE12 to MON PEAK ..... 7.138

7.139 MOJAVE12 to NOTO ......... 7.139

7.140 MOJAVE12 to NRAO85 3 ...... 7.140

7.141 MOJAVE12 to ONSALA60 ...... 7.141

7.142 MOJAVE12 to OVRO 130 ...... 7.142

7.143 MOJAVE12 to PBLOSSOM ..... 7.143

7.144 MOJAVE12 to PIETOWN ...... 7.144

7.145 MOJAVE12 to PINFLATS ...... 7.145

7.146 MOJAVE12 to PLATTVIL ...... 7.146

7.147 MOJAVE12 to PRESIDIO ...... 7.147

7.148 MOJAVE12 to FT REYES ...... 7.148

7.149 MOJAVE12 to PVERDES ...... 7.149

7.150 MOJAVE12 to QUINCY ....... 7.150

7.151 MOJAVE12 to RICHMOND .... 7.1517.152 MOJAVE12 to SANPAULA ..... 7.152

7.153 MOJAVE12 to SNDPOINT ..... 7.153

7.154 MOJAVE12 to VERNAL ....... 7.154

7.155 MOJAVE12 to VN NBERG .... 7.155

7.156 MOJAVE12 to WESTFORD .... 7.156

7.157 MOJAVE12 to WETTZELL ..... 7.157

7.158 MOJAVE12 to YAKATAGA .... 7.1587.159 MOJAVE12 to YUMA ......... 7.159

7.160 MON PEAK to OVRO 130 ...... 7.160

7.161 MON PEAK to QUINCY ....... 7.1617.162 MON PEAK to VNDNBERG .... 7.162

7.163 MON PEAK to YUMA ........ 7.163

7.164 NOME to VNDN"BERG ........ 7.164

7.165 NOTO to ONSALA60 .......... 7.165

7.166 NOTO to RICHMOND ........ 7.166

7.167 NOTO to WESTFORD ........ 7.1677.168 NOTO to WETTZELL ......... 7.168

7.169 NRAO85 3 to RICHMOND ..... 7.169

7.170 NRAO85 3 to WESTFORD ..... 7.170

7.171 NRAO 140 to OVRO 130 ....... 7.171

7.172 NRAO 140 to WESTFORD ..... 7.1727.173 ONSALA60 to OVRO 130 ...... 7.173

7.174 ONSALA60 to RICHMOND ..... 7.174

7.175 ONSALA60 to WESTFORD ..... 7.175

7.176 ONSALA60 to WETTZELL ..... 7.176

7.177 OVRO 130 to PBLOSSOM ...... 7.177

7.178 OVRO 130 to PINFLATS ....... 7.178

7.179 OVRO 130 to PLATTVIL ....... 7.179

7.180 OVRO 130 to PRESIDIO ....... 7.180

7.181 OVRO 130 to PT REYES ....... 7.181

7.182 OVRO 130 to QUINCY ........ 7.1827.183 OVRO 130 to VNDNBERG ..... 7.183

7.184 OVRO 130 to WESTFORD ..... 7.184

7.185 OVRO 130 to WETTZELL ...... 7.185

7.186 OVRO 130 to YUMA .......... 7.186

7.187 PBLOSSOM to VNDNBERG .... 7.187

7.188 PIETOWN to WESTFORD ..... 7.188

7.189 PINFLATS to VNDNBERG ..... 7.189

7.190 PINFLATS to YUMA .......... 7.190

7.191 PLATTVIL to WESTFORD ..... 7.191

7.192 PRESIDIO to VNDNBERG ..... 7.192

7.193 PT REYES to VNDNBERG ..... 7.193

7.194 PVERDES to VNDNBERG ..... 7.194

7.195 QUINCY to VNDNBERG ...... 7.195

7.196 RICHMOND to WESTFORD ... 7.196

7.197 RICHMOND to WETI'ZELL .... 7.197

7.198 SANPAULA to VNDNBERG .... 7.198

7.199 SOURDOGH to VNDNBERG ... 7.199

7.200 VNDNBERG to YUMA ........ 7.200

7.201 WESTFORD to WETTZELL .... 7.201

Tables

7.202 ALGOPARK to HRAS 085 ....... 7.202

7.203 ALGOPARK to KAUAI ........ 7.202

7.204

7.205

7.206

7.207

7.208

7.209

7.210

7.211

7.212

7.213

7.214

7.2157.216

7.217

7.218

7.219

7.220

7.221

ALGOPARK to KODIAK ....... 7.202

ALGOPARK to MATERA ...... 7.202

ALGOPARK to NRAO85 3 ...... 7.202

ALGOPARK to RICHMOND .... 7.203

ALGOPARK to SNDPOINT ...... 7.203

ALGOPARK to VICTORIA ...... 7.203

ALGOPARK to WETTZELL ..... 7.203

ALGOPARK to YELLOWKN .... 7.203

ALGOPARK to YLOW7296 ...... 7.204

AUSTINTX to HRAS 085 ........ 7.204AUSTINTX to RICHMOND ..... 7.204

AUSTINTX to WESTFORD ...... 7.204

BERMUDA to MARPOINT ...... 7.204

BERMUDA to RICHMOND ..... 7.204

BERMUDA to WESTFORD ..... 7.204

BLKBUTrE to ELY ............ 7.204

BLKBUTTE to HATCREEK ..... 7.205

BLKBUTTE to OCOTILLO ...... 7.205

7.2227.2237.2247.2257.2267.2277.2287.2297.2307.2317.2327.2337.2347.2357.2367.2377.2387.2397.2407.2417.2427.2437.2447.2457.2467.2477.2487.2497.250

7.2517.252

7.253

7.254

7.255

7.256

7.257

7.258

7.259

7.260

7.2617.262

7.263

7.264

7.265

7.266

7.267

7.268

7.269

7.270

7.271

7.272

7.273

7.274

BLKBUTrE to OVRO 130 ....... 7.205

BLKBUTrE to PRESIDIO ....... 7.205

BLKBUTTE to PT REYES ...... 7.205

BLOOMIND to HRAS 085 ....... 7.205

BLOOMIND to WESTFORD ..... 7.205

BREST to MOJAVE12 .......... 7.205

BREST to NOTO ............. 7.206

BREST to ONSALA60 .......... 7.206

BREST to RICHMOND ......... 7.206

BREST to WESTFORD ......... 7.206

BREST to WETTZELL ......... 7.206

CARNUSTY to MOJAVE12 ...... 7.206

CARNUSTY to RICHMOND ..... 7.206

CARNUSTY to WESTFORD ..... 7.206

CARNUSTY to WETTZELL ..... 7.207

CARROLGA to HRAS 085 ...... 7.207

CARROLGA to RICHMOND .... 7.207

CARROLGA to WESTFORD .... 7.207

CHLBOLTN to HAYSTACK ..... 7.207

CHLBOLTN to HRAS 085 ....... 7.207

CHLBOLTN to ONSALA60 ...... 7.208

CHLBOLTN to OVRO 130 ...... 7.208DEADMANL to JPL MV1 ...... 7.208

DSS15 to GILCREEK ........... 7.208

DSS15 to GOLDVENU ......... 7.208

DSS15 to HAYSTACK .......... 7.208

DSS15 to MOJAVE12 ........... 7.208

DSS15 to MOJ 7288 ............ 7.209

DSS15 to OVRO 130 ........... 7.209DSS15 to OVR 7853 ............ 7.209

DSS15 to YAKATAGA .......... 7.209

DSS45 to HARTRAO .......... 7.209

DSS45 to KASHIMM ........... 7.209

DSS45 to KWAJAL26 ........... 7.209

DSS45 to MEDICINA ........... 7.209

DSS45 to MOJAVE12 ........... 7.210

DSS45 to SANTIA12 ............ 7.210

DSS45 to WETTZELL .......... 7.210

DSS65 to EFLSBERG .......... 7.210

DSS65 to HRAS 085 ............ 7.210

DSS65 to MATERA ........... 7.210

DSS65 to MOJAVE12 ........... 7.210

DSS65 to RICHMOND .......... 7.210

DSS65 to WESTFORD .......... 7.211

EFLSBERG to MATERA ....... 7.211

EFLSBERG to MEDICINA ...... 7.211

EFLSBERG to NRAO 140 ....... 7.211

EFLSBERG to OVRO 130 ....... 7.211

EFLSBERG to ROBLED32 ...... 7.211EFLSBERG to WESTFORD ..... 7.211

EFLSBERG to WETTZELL ...... 7.211

ELY to OVRO 130 ............. 7.212

ELY to PLATTVIL ............ 7.212

7.275

7.276

7.277

7.278

7.279

7.280

7.281

7.282

7.283

7.284

7.285

7.286

7.2877.288

7.289

7.290

7.291

7.292

7.293

7.294

7.295

7.296

7.297

7.298

7.299

7.300

7.301

7.3027.303

7.304

7.305

7.306

7.307

7.308

7.309

7.310

7.311

7.312

7.313

7.314

7.3157.316

7.317

7.318

7.319

7.320

7.321

7.322

7.323

7.324

7.325

7.326

7.327

ELY to VNDNBERG ........... 7.212

ELY to WESTFORD ........... 7.212

ELY to YUMA ............... 7.212

FD-VLBA to HRAS 085 ......... 7.212

FLAGSTAF to VERNAL ....... 7.212

FLAGSTAF to WESTFORD ..... 7.213

FORTORDS to HATCREEK ..... 7.213

FORTORDS to HAYSTACK ..... 7.213

FORTORDS to OVRO 130 ...... 7.213

FORTORDS to PRESIDIO ...... 7.213FORTORDS to PT REYES ...... 7.213

FORTORDS to QUINCY ....... 7.214FORTORD8 to VNDNBERG ..... 7.214

FORTORDS to WESTFORD ..... 7.214

FORTORDS to YLOW7296 ...... 7.214

FORT ORD to GILCREEK ...... 7.214

FORT ORD to JPL MV1 ....... 7.215

FORT ORD to MON PEAK ...... 7.215

FORT ORD to PT REYES ....... 7.215

FTD 7900 to HRAS 085 ......... 7.215

FTD 7900 to MOJAVE12 ........ 7.215

FTD 7900 to PIETOWN ........ 7.215

FTD 7900 to WESTFORD ....... 7.215

GILCREEK to HALEAKAL ..... 7.215GILCREEK to HARTRAO ...... 7.216

GILCREEK to KASHIM34 ....... 7.216GILCREEK to LA-VLBA ....... 7.216

GILCREEK to MARCUS ....... 7.216

GILCREEK to MARPOINT ...... 7.217

GILCREEK to MATERA ....... 7.217

GILCREEK to MEDICINA ...... 7.217

GILCREEK to MIZUSGSI ....... 7.217

GILCREEK to NOBEY 6M ...... 7.218GILCREEK to NOTO .......... 7.218

GILCREEK to NRAO 140 ....... 7.218

GILCREEK to PINFLATS ....... 7.218

GILCREEK to PVERDES ...... 7.218

GILCREEK to QUINCY ........ 7.218

GILCREEK to SANPAULA ...... 7.218

GILCREEK to SANTIA12 ....... 7.219GILCREEK to SEATTLE1 ....... 7.219

GILCREEK to SEST ........... 7.219

GILCREEK to SHANGHAI ...... 7.219

GILCREEK to TRYSILNO ...... 7.219

GILCREEK to VICTORIA ....... 7.219

GILCREEK to YELLOWKN ..... 7.219

GILCREEK to YLOW7296 ....... 7.220

GOLDVENU to HRAS 085 ...... 7.220

GOLDVENU to KASHIM34 ..... 7.220

GOLDVENU to KASHIMA ..... 7.220

GOLDVENU to MEDICINA ..... 7.220

GOLDVENU to MOJ 7288 ....... 7.220

GOLDVENU to NRAO 140 ...... 7.220

vi

7.328GOLDVENUto OVR7853...... 7.2207.329GOLDVENUtoPRESIDIO...... 7.2217.330GOLDVENUtoPTREYES...... 7.2217.331GOLDVENUto QUINCY ...... 7.2217.332GOLDVENUto VNDNBERG.... 7.2217.333GORF7102toHRAS085 ........ 7.2217.334GORF7102toMARPOINT ....... 7.221

7.335 GORF7102 to SANTIA12 ........ 7.221

7.336 GORF7102 to WETrZELL ....... 7.221

7.337 GRASSE to MOJAVE12 ........ 7.221

7.338 GRASSE to NOTO ............ 7.222

7.339 GRASSE to RICHMOND ....... 7.222

7.340 GRASSE to WESTFORD ........ 7.222

7.341 GRASSE to WE'VFZELL ........ 7.222

7.342 HALEAKAL to KAUAI ........ 7.2227.343 HALEAKAL to MOJAVE12 ...... 7.222

7.344 HARTRAO to HOBART26 ...... 7.222

7.345 HARTRAO to KASHIM34 ....... 7.223

7.346 HARTRAO to KASHIMA ....... 7.223

7.347 HARTRAO to KAUAI ......... 7.223

7.348 HARTRAO to MATERA ....... 7.223

7.349 HARTRAO to MOJAVE12 ...... 7.224

7.350 HARTRAO to NOTO .......... 7.224

7.351 HARTRAO to NRAO85 3 ....... 7.224

7.352 HARTRAO to SANTIA12 ....... 7.224

7.353 HARTRAO to SESHAN25 ....... 7.224

7.354 HARTRAO to SEST ........... 7.2257.355 HATCREEK to HAYSTACK ..... 7.225

7.356 HATCREEK to JPL MV1 ....... 7.225

7.357 HATCREEK to KASHIM34 ...... 7.225

7.358 HATCREEK to KODIAK ....... 7.225

7.359 HATCREEK to MAMMOTHL ... 7.225

7.360 HATCREEK to PINFLATS ...... 7.225

7.361 HATCREEK to PVERDES ...... 7.225

7.362 HATCREEK to SANPAULA ..... 7.226

7.363 HATCREEK to SNDPOINT ...... 7.226

7.364 HATCREEK to YAKATAGA .... 7.226

7.365 HAYSTACK to KASHIM34 ...... 7.226

7.366 HAYSTACK to KASHIMA ...... 7.226

7.367 HAYSTACK to KODIAK ....... 7.226

7.368 HAYSTACK to MARPOINT ..... 7.226

7.369 HAYSTACK to MEDICINA ...... 7.2267.370 HAYSTACK to PIETOWN ...... 7.227

7.371 HAYSTACK to PLATTVIL ...... 7.227

7.372 HAYSTACK to PRESIDIO ...... 7.227

7.373 HAYSTACK to ROBLED32 ...... 7.227

7.374 HAYSTACK to VNDNBERG ..... 7.227

7.375 HAYSTACK to YAKATAGA ..... 7.227

7.376 HOBART26 to KASHIM34 ....... 7.227

7.377 HOBART26 to KASHIMA ...... 7.228

7.378 HOBART26 to MOJAVE12 ...... 7.228

7.379 HOBART26 to NOBEY 6M ...... 7.228

7.380 HOBART26 to ONSALA60 ...... 7.229

7.381

7.382

7.383

7.384

7.385

7.386

7.387

7.388

7.389

7.390

7.391

7.392

7.393

7.3947.395

7.396

7.397

7.398

7399

7.400

7.401

7.402

7.403

7.404

7.405

7.4067.407

7.408

7.409

7.410

7.411

7.412

7.413

7.414

7.415

7.416

7.417

7.418

7.419

7.420

7.4217.422

7.423

7.424

7.425

7.426

7.427

7.428

7.429

7.430

7.431

7.432

7.433

HOBART26 to SANTIA12 ....... 7.229

HOBART26 to SESHAN25 ....... 7.229

HOBART26 to SEST ........... 7.229

HOBART26 to WESTFORD ..... 7.229

HOBART26 to WETTZELL ...... 7.229

HOHENFRG to MOJAVE12 ..... 7.230HOHENFRG to NOTO ........ 7.230

HOHENFRG to RICHMOND .... 7.230

HOHENFRG to WESTFORD .... 7.230

HOHENFRG to WETTZELL ..... 7.230

HRAS 085 to JPL MV1 ......... 7.230

HRAS 085 to KODIAK ......... 7.230HRAS 085 to LEONRDOK ...... 7.231

HRAS 085 to MAMMOTHL ..... 7.231

HRAS 085 to MARPOINT ....... 7.231

HRAS 085 to MCD 7850 ......... 7.231

HRAS 085 to MEDICINA ....... 7.231HRAS 085 to MILESMON ....... 7.231

HRAS 085 to NRAO85 3 ........ 7.231

HRAS 085 to PENTICTN ........ 7.232

HRAS 085 to PIETOWN ........ 7.232

HRAS 085 to PINFLATS ........ 7.232

HRAS 085 to PRESIDIO ........ 7.232

HRAS 085 to PT REYES ........ 7.232

HRAS 085 to ROBLED32 ....... 7.232HRAS 085 to YELLOWKN ...... 7.232

JPL MV1 to MON PEAK ........ 7.233

JPL MV1 to PRESIDIO ......... 7.233

JPL MV1 to QUINCY .......... 7.233KASHIM34 to KASHIMA ....... 7.233

KASHIM34 to KAUAI ......... 7.233

KASHIM34 to MARCUS ........ 7.233

KASHIM34 to MEDICINA ....... 7.233

KASHIM34 to MOJAVE12 ....... 7.234

KASHIM34 to NOBEY 6M ...... 7.234

KASHIM34 to ONSALA60 ....... 7.234

KASHIM34 to SANTIA12 ........ 7.234

KASHIM34 to SESHAN25 ....... 7.234KASHIM34 to SEST ........... 7.234

KASHIM34 to SINTOTU ....... 7.235

KASHIM34 to WESTFORD ...... 7.235

KASHIM34 to WETTZELL ...... 7.235

KASHIMA to MARCUS ........ 7.235

KASHIMA to MEDICINA ....... 7.235

KASHIMA to MIYAZAKI ....... 7.235

KASHIMA to MIZUSGSI ........ 7.235

KASHIMA to NOBEY 6M ....... 7.235

KASHIMA to SHANGHAI ....... 7.236

KASHIMA to SINTOTU ........ 7.236

KASHIMA to TITIJIMA ........ 7.236

KASHIMA to USUDA64 ........ 7.236

KASHIMA to WHTHORSE ...... 7.236

KAUAI to LA-VLBA .......... 7.236

vii

7.4347.4357.4367.4377.4387.4397.4407.4417.442

KAUAIto MARPOINT......... 7.236KAUAI to MATERA .......... 7.237KAUAI to NOTO ............. 7.237KAUAI to ONSALA60 .......... 7.237

KAUAI to PIETOWN .......... 7.237

KAUAI to SANTIA12 ........... 7.237

KAUAI to SEST .............. 7.237

KAUAI to SHANGHAI ......... 7.238

KAUAI to WESTFORD ......... 7.238

7.443 KAUAI to WETTZELL ......... 7.238

7.444 KAUAI to WHTHORSE ........ 7.238

7.445 KODIAK to WESTFORD ....... 7.239

7.446

7.4477.448

7.449

7.450

7.451

7.452

7.453

7.454

7.455

7.456

7.457

7.4587.459

7.460

7.461

7.462

7.463

7.464

7.465

7.466

7.467

7.468

7.469

7.470

7.471

7.4727.473

7.474

7.475

7.476

7.477

7.478

7.479

7.480

7.481

7.482

7.483

7.484

7.485

7.486

KWAJAL26 to SESHAN25 ....... 7.239

LA-VLBA to MOJAVE12 ........ 7.239LA-VLBA to PIETOWN ........ 7.239

LA-VLBA to WESTFORD ....... 7.239

LA-VLBA to WETTZELL ....... 7.240LEON-RDOK to RICHMOND .... 7.240

LEONRDOK to WESTFORD .... 7.240

MAMMOTHL to VNDNBERG ... 7.240

MARCUS to SESHAN25 ........ 7.240MARPOINT to MEDICINA ...... 7.240

MARPOINT to NOTO ......... 7.240

MARPOINT to NRAO85 3 ....... 7.241

MARPOINT to ONSALA60 ...... 7.241

MARPOINT to OVRO 130 ....... 7.241MATERA to MEDICINA ........ 7.241

MATERA to MOJAVE12 ........ 7.241

MATERA to NOTO ........... 7.241

MATERA to NRAO85 3 ........ 7.242

MATERA to ONSALA60 ........ 7242

MATERA to RICHMOND ....... 7.242

MATERA to WESTFORD ....... 7.242

MATERA to WETTZELL ....... 7.242

MCD 7850 to MOJAVE12 ....... 7.243

MCD 7850 to PIETOWN ........ 7.243

MCD 7850 to WESTFORD ....... 7.243

MEDICINA to NOTO .......... 7243

MEDICINA to RICHMOND ..... 7243

MEDICINA to SESHAN25 ....... 7.243MEDICINA to WE.STFORD ..... 7.244

METSHOVI to MOJAVE12 ...... 7.244

METSHOVI to ONSALA60 ...... 7.244

METSHOVI to RICHMOND ..... 7.244

METSHOVI to WESTFORD ..... 7.244

METSHOVI to WETTZELL ..... 7.245

MILESMON to MOJAVE12 ...... 7.245

MILESMON to WESTFORD ..... 7.245MOJAVE12 to NOBEY 6M ...... 7.245

MOJAVE12 to NOME ......... 7.245

MOJAVE12 to NRAO 140 ....... 7.245

MOJAVE12 to OCOTILLO ...... 7.245

MOJAVE12 to OVR 7853 ........ 7.246

7.487

7.488

7.489

7.490

7.491

7.492

7.493

7.494

7.4957.496

7.497

7.498

7.499

7.500

7.501

7302

7.503

7.504

7.505

7.506

7.507

7.5087.509

7.510

7.511

7.512

7.5137.514

7.515

7.516

7.517

7.518

7.519

7,5207.521

7.522

7.5237.524

7.525

7.526

7.527

7.528

7.529

7.530

7.531

7.532

7.533

7.534

7.5357.536

7.537

7.538

7.539

MOJAVE12 to PENTICTN ....... 7.246

MOJAVE12 to SANTIA12 ....... 7.246

MOJAVE12 to SEATTLE1 ....... 7.246

MOJAVE12 to SEST ........... 7.246

MOJAVE12 to SOURDOGH ..... 7.246

MOJAVE12 to TROMSONO ..... 7.246

MOJAVE12 to VICTORIA ....... 7.247

MOJAVE12 to WHTHORSE ..... 7.247

MOJAVE12 to YLOW7296 ....... 7.247

MOJ 7288 to MOJAVE12 ........ 7.247MOJ 7288 to OVRO 130 ......... 7.247

MOJ 7288 to OVR 7853 ......... 7.247

MON PEAK to WESTFORD ..... 7.247

NOME to SNDPOINT .......... 7.248

NOME to WESTFORD ......... 7.248

NOTO to NRAO85 3 ........... 7.248

NRAO85 3 to WETTZELL ....... 7.248

NtLAO 140 to NRAO85 3 ........ 7.248

NtLAO 140 to ONSALA60 ....... 7.248

NRAO 140 to RICHMOND ...... 7.248

OCOTILLO to OVRO 130 ....... 7.248

OCOTILLO to PVERDES ...... 7.249

OCOTILLO to VNDNBERG ..... 7.249ONSALA60 to ROBLED32 ....... 7.249

ONSALA60 to SEST ........... 7.249

ONSAI.,A60 to TROMSONO ..... 7.249

OVRO 130 to PVERDES ....... 7.249

OVRO 130 to SANPAULA ....... 7.249OVR 7853 to OVRO 130 ........ 7.249

PBLOSSOM to SANPAULA ...... 7.250

PENTICTN to WESTFORD ...... 7.250

PENTICTN to YELLOWKN ..... 7.250

PIETOWN to WETTZELL ....... 7.250

PINFI.ATS to PVERDES ....... 7.250

PLATrVIL to VERNAL ........ 7.250PRESIDIO to PT REYES ........ 7.250

PRESIDIO to WESTFORD ...... 7.251PRESIDIO to YLOW7296 ....... 7.251

PRESIDIO to YUMA .......... 7.251

PT REYES to WESTFORD ...... 7.251

PT REYES to YLOW7296 ....... 7.251

PT REYES to YUMA .......... 7.251

QUINCY to WESTFORD ....... 7.251

RICHMOND to TROMSONO .... 7.252

RICHMOND to YLOW7296 ...... 7.252

ROBLED32 to WESTFORD ..... 7.252

SANTIA12 to SESHAN25 ........ 7.252

SANTIA12 to WESTFORD ...... 7.252

SANTIA12 to WETTZELL ....... 7.252SEATrLE1 to WESTFORD ...... 7.252

SESHAN25 to WESTFORD ...... 7.252

SESHAN25 to WETrZELL ...... 7.253

SEST to WESTFORD .......... 7.253

ooo

VIII

7.540

7.541

7.542

7.543

7.544

7.545

7.546

7.547

7.548

7.5497.550

7.551

7.552

7.553

SINTOTU to USUDA64 ........ 7.253

SNDPOINT to VNDNBERG ..... 7.253

SNDPOINT to WESTFORD ...... 7.253

SOURDOGH to WESTFORD .... 7.253

SOURDOGH to WHTHORSE .... 7.254

TROMSONO to WESTFORD .... 7.254

TROMSONO to wETrZELL ..... 7.254

TRYSILNO to WESTFORD ...... 7.254

TRYSILNO to WETrZELL ...... 7.254VERNAL to VNDN-BERG ....... 7.254

VERNAL to WESTFORD ....... 7.254

VERNAL to YUMA ........... 7.255

VICTORIA to WESTFORD ...... 7.255

VNDNBERG to WF_.STFORD .... 7.255

7.554 VNDN-BERG to WHTHORSE .... 7.255

7.555 WESTFORD to WHTHORSE .... 7.255

7.556 WESTFORD to YAKATAGA .... 7.255

7.557 WESTFORD to YLOW7296 ...... 7.256

8.0 Site Coordinates by Session from GLB868 . 8.1

9.0 Earth Rotation and Nutation from GLB867 9.1

9.1 Polar Motion 1979 - 1983 ........... 9.2

9.2 Polar Motion 1984 - 1986 ........... 9.2

9.3 Polar Motion 1987 - 1990 ........... 9.3

9.4 Polar Motion 1991 ................ 9.3

9.4 Variation in UT1 - TAI ............ 9.4

9.5 CDP VLBI Nutation Offsets to IAU 1980 9.5

ix

FINAL CRUSTAL DYNAMICS PROJECT DATA ANALYSIS

L INTRODUCTION

This report documents the final results obtained bythe Goddard Crustal Dynamics Project VLBI Data

Analysis Team from the analysis of the Mark II/

VLBI geodetic data available to the Crustal Dynamics

Project (CDP) from 1979 to 1991, inclusive. These

results are available from the Crustal Dynamics Data

Information System (CDDIS) in printed form, on

computer tape, on 3.5 _ IBM-PC diskettes, or

electronically. Future reports will be continued by the

NASA Space Geodesy Program--GSFC supporting the

activities of the NASA headquarters Dynamics of the

Solid Earth program.

There are significant differences, summarized below,

between the data and analysis presented in this year's

annual report and those of previous years.

* The a priori right ascension of the quasar radio

source 0420-014, which has less structure resolvable on

long baselines than 3C273B, is used to define the

origin of right ascension for the celestial referenceframe.

• The terrestrial reference frame in the current

report is defined within a single terrestrial reference

frame solution using all data, fixed and mobile, rather

than using two solutions.

• November 22, 1985 is the reference day fornutation and Earth orientation rather than November

6, 1986 as the Earth orientation parameters (EOP) inthe session conducted on the former date have smaller

1-a standard statistical errors.

• The United States Naval Observatory (USNO)

concrete series, a daily series, was used for a prioriEOP values.

• EOP rates were not estimated within the solutions.

• Kalman filtering was applied to the EOP series

generated in the celestial and terrestrial reference

frame solution to generate an a priori VLBI EOP filefor use in the baseline solution.

• A continuous, piecewise-linear position model was

used for the position of HRAS 085.

The origin of the terrestrial reference frame in the

current solution is not as close to the origin of the1990 International Terrestrial Reference Frame

(ITRF90) (Boucher, 1990) as in the previous annual

report. Also, the results from the WESTFORD

antenna are no longer mapped to HAYSTACK in the

tables for HAYSTACK as in some previous annual

reports.

A VLBI delay model contained in the International

Earth Rotation Service 0ERS) standards (McCarthy,

1989) was used for the analysis. The model has a

comprehensive treatment of special and general

relativity and is correct at the level of a few

picoseconds. The baseline lengths are in a geocentriccoordinate frame in the general relativistic sense.

Data from fixed stations, mobile sites, and

transportable antennas obtained in observing sessionssponsored by the CDP, the Geosdence Laboratory

(GSL)-formerly the National Geodetic Survey (NGS),

the U.S. Naval Observatory CUSNO), three German

organizations--the Institute of Applied Geodesy

(IfAG), the Geodetic Institute of the University ofBonn, and the Geodetic Research Institute, and four

Japanese institutions--the Geographical Survey

Institute (GSI), the National Astronomical

Observatory (NAO), the Communications Research

Laboratory (CRL), and the National SpaceDevelopment Agency (NASDA) are included in this

report. The fixed and mobile data are combined in

the analysis and presented together. The VLBI group

delay observable is primarily used in the analysis.

Phase delay observations are only used in five sessions

discussed below. Much of the material is presented

graphically to give the user greater insight into data

quality and geodynamic implications. However, all the

underlying results are available in themachine-readable version of this report. The results

presented here are complete in that they include all

available relevant V'LBI data and supersede results

given in previous reports. The values were estimated

from two new least-squares adjustments designated

GLB867 and GLB868, which are discussed in sectionIV.

Site velocities have been estimated directly for 63

sites. Sufficient data are lacking to estimate velocitiesfor another 32 sites. One site, HRAS 085, was treated

as a special case, discussed later. These site velocities

are tabulated with reference positions at January 1,

1988 in geocentric Cartesian coordinates. Thecorrelation matrix for these positions and velocities is

included so that the site positions and uncertainties

can be extrapolated to other epochs. Additionally,

annual site positions and uncertainties for 1979-95derived from these velocities are tabulated for ease of

interpolation. Velocities for these same sites are also

tabulated in topocentric coordinates; horizontal rates,

azimuths and 1-o standard statistical error ellipsoid

parameters are included. The velocities are also given

in the no-net-rotation NUVEL-1 tectonic plate motion

model (Argus and Gordon, 1991).

Each tabular section of this report is introduced by a

page that describes the section contents in detail. The

information on these introductory pages is collected inthe file CONTENTS.92 in the machine-readable

version.

II. DATA

A. Instrumentation

The Mark HI instrumentation is described in detail by

Rogers et al. (1983) and Clark et a/. (1985). Its mostimportant characteristic is the ability to sample and

record up to 28 discrete frequency channels

simultaneously, each up to 4-MHz in bandwidth. The

standard CDP practice was to use 14 frequency

channels of 2-MHz bandwidth, 8 applied to X-band

(spanning 360 MHz around 8.4 GHz) and 6 to S-band

(spanning 85 MHz near 2.3 GHz). Some CDP

research and development sessions and some USNO

sessions starting in September 1991 used twice the

standard spanned bandwidth and twice the standard

single channel bandwidth. Observations on individualsources run from 90 to 800 seconds. Real-time

logging of barometric pressure, temperature, relative

humidity, and cable length calibrations is an integral

part of the Mark III system. Hydrogen masers serve

as both time and frequency standards for all observing

sessions. Phase calibration tones are injected into the

receiver front end providing reference signals to

remove instrumental dispersion.

B. Observing Programs

The CDP made VLBI measurements in several

geographic areas on different scales, as describedbelow. In addition, the GSL with IfAG and other

agencies coordinates the IRIS program, which

observes for 24 hours at regular intervals to monitor

Earth rotation. Similarly, the USNO NAVNET

program also monitors Earth rotation with another

network. Data from the CDP, the USNO, the

NGS/GSL, the GSI, and the Geodetic Institute of the

University of Bonn, are the basis for the current

analysis. There exist high-precision Mark III VLBIdata that are not included here. These include CDP

source surveys, IRIS daily 1-hour UT1 sessions, and

some observations sponsored by the Deep SpaceNetwork, the U.S. Naval Observatory and the Naval

Research Laboratory for astrometry and Earthrotation.

Mobile measurements use the Mark III recording.

logging and timing systems described above for allVLBI observations. The antennas are mounted on

platforms and the electronics are contained in trailers,

both of which can be transported by truck, air, or

barge. Mobile observations always employ severalfixed-base stations and one or more mobile units.

The unit designated MV-1, the original mobile system,was stationed at the Vandenberg Air Force Base in1983 and used there as a base station until the

summer of 1990. It was later moved to Yellowknife

(YLOW7296) where it went into service in thesummer of 1991. After CDP mobile operations

ceased in the summer of 1991, the MV-2 system was

deployed in Europe. MV-3 was moved permanentlyto the Goddard Space Flight Center as part of the

Goddard Geophysical and Astronomical Observatory

(GGAO).

The vector from a ground geodetic monument to the

VLBI reference point of the mobile antenna

(eccentricity) is recorded for each session. A single

reference geodetic monument is used at each mobile

site although the antenna may have been placed overdifferent monuments for different site occupations.

The eccentricity data were compiled by the NGS/GSLfor the CDP and are available in the

machine-readable version of this report in a filenamed ECCDAT.

The GSI employs a transportable 5-m antenna at

some Japanese sites. This system is assembled on apermanent foundation for the duration of a campaign

and then is disassembled and transported to another

site. No eccentricity is applied at the GSI sites.

Consequently the VLBI position is at the intersectionof the antenna axes.

2

Theresultspresented here use the complete mobile

data set for the period 1982-91. Earlier

single-frequency experiments are unusable because of

the inability to calibrate the ionosphere.

The purposes of the various observing programsinclude:

Advance Technolq_ Development (ATD), CDP

sessions to test and improve observing strategies usingfixed stations in North America.

Alaska, CDP sessions to monitor motions at several

Alaskan mobile sites including three sites in seismic

gaps near the boundary between the Pacific and North

American plates. The last observations in this

program were in the summer of 1990. There are

currently no plans to continue the program.

Atlantic, U.S. to Europe sessions sponsored by the

CDP designed to measure motion between North

America and Europe.

California, mobile sessions sponsored by the CDP

carried out to measure regional deformation and

episodic motion in California especially at sitesassociated with the San Andreas fault. The last of

these observations were made in the summer of 1991

and there are no plans for further measurements.

East Atlantic, U.S. to Europe sessions sponsored bythe CDP to measure motion between North America

and Europe with emphasis on European stations.

Europe mobile, mobile observing sessions carried out

by the NGS/GSL for various European agencies atBREST, CARNUSTY, GRASSE, HOHENFRG,METSOHVI, TROMSONO and TRYSILNO.

German Transasia, sessions sponsored by the

Geodetic Institute of the University of Bonn, using

stations in Germany, South Africa, China, and Japan.

Global, sessions sponsored by the CDP designed to

measure a network spanning the Earth.

Japan CRL, session sponsored by the CRL todetermine the local tie between KASHIMA and

KASHIM34.

Japan GSI, sessions sponsored by the GSI using fixed

stations and a transportable 5-m antenna to provide

fiducial points and to measure regional deformation in

and around Japan.

Intra-Europe, sessions sponsored by various agencies

using fixed stations to measure networks within

Europe.

IRIS-A and POLARIS, NGS-sponsored sessions

designed primarily to monitor Earth rotation.

POLARIS sessions began in November 1980 withHAYSTACK and HRAS 085 and were scheduled

every 7 days. ONSALA60 participated monthly when

possible. HAYSTACK was replaced by WESTFORD

in June 1981. In August 1983 operations were

increased to five-day intervals. Two new stations,

RICHMOND and WETI'ZELL, were brought on-linein late 1983 and IRIS-A became fully operational in

1984. HRAS 085 was replaced with MOJAVE12

during the summer of 1989. Until April 1991 IRIS-A

undertook one 24-hour session every 5 days with

MOJAVE12, RICHMOND, WESTFORD, and

WETTZELL with the monthly participation of

ONSALA60. (Since then, IRIS-A and NAVNET each

observe once a week.) Whenever possible,

ONSALA60 continues to observe monthly.

MEDICINA also participates occasionally.

Operational support of the IRIS network passed fromthe NGS to the GSL in October 1991.

IRIS-A EUR {European), sessions scheduled by

adding a mobile unit at a European site during a

regularly scheduled IRIS-A session.

IRIS-P (Pacific), observing sessions carried out by the

Japanese NAO Earth Rotation Division using

KASHIMA, KASHIM34, NOBEY 6M and stations inthe U.S. and Australia.

IRIS-S (South Africa), observing sessions carried out

by the NGS/GSL using HARTRAO and the IRIS-A

stations in Europe and the U.S.

Local Survey Ties, mobile sessions involving short

baselines for establishing local ties between

fixed-antenna reference points and ground monuments

used in other (such as satellite laser ranging or Global

Positioning System) networks.

MERIT, a series of sessions in 1980 sponsored by the

International Association for Geodesy and the

International Union for Geodesy and Geophysics to

prove the efficacy of modern techniques in monitoring

3

Earth rotation.

NCMN (National Crustal Motion Network), NGS-

sponsored sessions to establish a grid of fiducial pointsacross the U.S.

NAVEX, USNO NAVNET sessions with the addition

of a European station to the network to improve thedetermination of UT1.

NAVNET, USNO sessions designed to obtain precisemeasurement of Earth orientation and nutation

parameters using only U.S. stations.

North American Plate _, transcontinental

sessions sponsored by the CDP designed to measure

the internal stability of the North American Plate.

Pacific, CDP sessions designed to measure networksin the Pacific Basin.

Polar, CDP sessions involving stations in Europe, the

conterminous U.S., Alaska, and Japan. These sessions

link the global VLBI reference frame by using stationsthat typically do not observe together in the samenetwork.

Research and Development, CDP sessions designed to

test innovations in hardware and scheduling

techniques.

Transasia, sessions sponsored by the CDP using fixed

stations in Europe, Africa, Australia, and Asia.

Trans-U.S, sessions sponsored by the CDP using fixedstations on the east and west coast of the U.S.

USNO Test, early USNO sessions done in preparationfor NAVNETs.

Western Canada, sessions using mobile units inwestern Canada and sometimes MV-1 at YeUowknife

to establish a grid of fiducial points and measure the

internal stability of the North American Plate.

Western U.S., mobile sessions sponsored by the CDP

to measure deformation across the Basin and RangeProvince and in the boundary zone between the North

American and Pacific plates. These sessions havebeen discontinued.

In Table 2.1 of this report each observing session

4

name is followed by a program name, often preceded

by the name of the sponsoring agency.

C. Phase Delay Observations

Phase delay observations were attempted in a total of

fifteen sessions. However, in the analysis presented in

this report phase delay data were only used in fivesessions, $84JAN07X, $84JAN14XP, $91MAY16X,

$91MAY30X, and $91JUN04X. The intrinsic

precision of the phase delay is considerably better

than that of the group delay, but the small size of the

phase delay ambiguity limits its geodetic applications

to short baselines or special schedules.

m. DATA AHALYSIS METHODS

A. Processing and Data Handling

Most of the CDP data discussed here were correlated

by the Haystack Mark HI correlator. Some IRIS datawere correlated at the Max Planck Institute for Radio

Astronomy in Bonn (FRG). Beginning in 1986, mostIRIS and some CDP data were processed at the

Washington correlator at the U.S. Naval Observatory.

All three correlators have identical designs, but their

capabilities depend on the number of tape drives and

high-density heads. Some data involving KASHIMA

were correlated at Kashima using the Japanese K-3

correlator. For the purposes of this report the output

of the four Mark IIl-compatible correlators can beconsidered indistinguishable. The output of these

correlators is sent to either the analysis center at the

Goddard Space Flight Center or similar centers at the

GSL in Rockville, MD, and the USNO in Washington,

DC where the data are organized by session and

frequency band into Mark III databases. Calibration

data, solar system ephemerides, Earth orientation

information, a priori parameter values, partial

derivatives, and theoretical delays and rates are added

to each database prior to actual data analysis. In the

analysis process information about editing ambiguity

resolution, solution parametrization, anddata-variance-modification is added to the databases.

The final database fdes are available to investigatorsfrom the CDDIS. The Mark HI Data Base System

utilities required to read the files have been

implemented on HP1000, VAX 11/780, and HP-9000

series 300, 700, and 800 computer systems.

B. Models

The models generaUy conform to the IERS standards(McCarthy, 1989), except the permanent tidecorrection, which is not applied. The a prioriprecession and nntation models are the J2000.0 andIAU 1980 models, respectively. Dally nutation offsetsare estimated to overcome the deficiencies in these

models. The a priori Earth orientation parametersfrom the USNO concrete series are interpolated toeach observation epoch and then modified by thestandard IERS model for short-period tidal variationsin UT1. Daily polar motion and UT1 values areestimated. The tidal potential used to compute theeffect of solid Earth tides is calculated using the JI'LDE 200 ephemeris; the values of the Love numbersare 0.60967 for Love h, 0.085 for Love 1, and zero for

the phase lag. A pole tide model is also used.General relativistic solar deflection and retardation is

modeled using 1.0 (Einstein's value) for _r. An axisoffset model is applied for each antenna where thepointing axes do not intersect. The internationallydefined value of the speed of fight (299,792,458.m/see) is used. The geophysical and astronomicalmodels are embodied in the program CALC 7.6developed by the Goddard VLBI group. Mark IIIobservations are calibrated for the delay caused bycharged particles in the line of sight (ionosphere andextraterrestrial plasma) by generating new observablesthat are linear combinations of the X-band and

S-band observations. To the extent that the delayeffects of charged particles have a purely inversefrequency-squared dependence, these new observablesare free of charged-particle effects.

The tropospheric delay is divided into twocomponents, the 'hydrostatic' delay (often loosely

called 'dry' delay) computed from total pressure anda 'wet' delay due to additional delay caused by watervapor. The hydrostatic delay for each observation iscalibrated using the Saastamoinen model(Saastamoinen, 1972) for the hydrostatic zenith delaymapped to the elevation of the observation with theMTr model (Herring, 1992), which requiresmeasurements of local pressure, temperature andhumidity. Sometimes, valid meteorologicalmeasurements were not available and site-dependentstatic values were substituted. The wet delay is notcalibrated. The entire effect is estimated using themethod described below in Section D.

electrical length of the cable carrying timing signalsfrom the maser frequency standard to the receiver, isapplied where available and useful.

C. The GLOBL Analysis System

The GLOBL analysis system supports the adjustmentof parameters using an arbitrarily large set of datawithin the memory limits of the Goddard VLBIworkstation facility. GLOBL is a batch extension ofthe interactive SOLVE system developed by theGoddard VLBI group and is used for all routine largesolutions. After a database for one observing sessionhas been fully updated using SOLVE, a 'superfile'retaining the necessary information is created. Thecomplete set of superfiles is the potential input toGLOBL. GLOBL processes the selected superfilessequentially, in each step applying arc parameterelimination and carrying the global parametersforward. See the appendix of Ma et aL (1990) for arigorous discussion of this process. 'Arc' parametersare those relevant only to a single database, e.g., clockand atmosphere parametrization for a single session,UT1 and polar motion, and daily nutationadjustments. 'Global' parameters are those whoseestimated values may be affected by more than oneobserving session, e.g., source positions and sitevelocities. Coefficients of the nutation series, theprecession constant, and Love numbers of the solidEarth tide are other possible global parameters.Depending on the purpose of the GLOBL solution,station coordinates can be treated as either global orarc parameters.

Since at each step GLOBL handles only the globalparameters and arc parameters required for a singledatabase, large solutions including many days of dataare possible using computers of modest size. Currentprogram and machine size constraints limit themaximum number of global parameters in onesolution to 1536 and the maximum number of arc and

global parameters to 1536 per arc. Sequentialprocessing does entail two passes through the data.After the first pass the values of the global parametersare known. The second pass is necessary to recoverthe arc parameter values and the solution statistics.The two passes give a solution that is identical to aconventional one-step, least-squares estimation of theentire ensemble of estimated parameters without theneed for inversion of enormous matrices.

Cable calibration, i.e., corrections for variations in the

D. Parametrization of the Site Troposphere andClock

SOLVE can model short-term variations in the

troposphere and clock at each site. For a given sitethe effects of tmcalibrated (primarily 'wet')tropospheric delay are modeled with a continuous,piecewise-linear function. This function models theevolution of the site's residual tropospheric zenithpath delay. The durations of the linear segments arespecified for a given solution and are uniform.Durations from 20 minutes to the length of theobserving session are possible, but a duration of 60minutes has been found to provide the degrees offreedom needed to accommodate most real,

uncalibrated troposphere variations. The troposphereparameters estimated using the MTT mappingfunction are the initial zenith path delay offset and theoffset at the endpoint of each linear segment. Theinitial offset is unconstrained, and the rates of eachsegment are constrained by assigning them an a priorivalue of 0 ps/hr and an uncertainty of 50 ps/hr. Thenominal slope constraint is based on a study of actualweather observations (Herring, personalcommunication; Treuhaft and Lanyi, 1987). For somesessions with unusual weather the rate constraint is

relaxed. However, over a wide range of

constraints-10 ps/hour to nearly unconstrainedrates--the geodetic parameters are virtually insensitiveto the size of the troposphere constraint, and theerrors of the geodetic parameters are sensitive only atthe level of a few percent. The critical element of thetroposphere estimation method is that it permitsshort-term variation in the residual troposphcrc whileenforcing continuity in the estimation.

Similarly, the dock estimation algorithm is designedto model short-term, random clock variations whileenforcing realistic physical constraints on continuityand rates of change. When all docks are'well-behaved' the algorithm is as follows: the clock atone site is designated the reference clock and thedifferences between that clock and the other siteclocks are modeled. These differences are modeledas the sum of two functions--a second-order

polynomial and a continuous, piecewise-linear functionwith an initial value of zero. The three coefficients of

the polynomial correspond to clock epoch offset, clockfrequency offset, and clock frequency drift. They areunconstrained in the solution because these

parameters can be arbitrarily large for real hydrogenmasers. In the piecewise-linear function, the offset at

the end of each linear segment is estimated.Typically, the linear segments are each one hour longand the rate of change is constrained to be consistentwith the Allan variance of a hydrogen maser at 1hour. For this report the normal constraint is 5 partsin 1014. In a few sessions docks performed poorly,

e.g., experiencing epoch jumps or substandardfrequency stability. These sessions require morecomplicated modeling beyond the scope of the presentdiscussion.

E. Earth Orientation Parameters

Different Earth orientation parameter series can beapplied during analysis by using the EOP partialderivatives to map the observables from the a priorivalues to new values. In addition, uncertainties andcorrelations associated with the EOP series can be

applied as an a priori covariance matrix. If an a prioriEOP covariance is applied and both EOP and site

positions are simultaneously adjusted as arcparameters, then the uncertainties associated with theinput EOP series will be correctly propagated into thesite and baseline components.

F. VLBI Observables

Two VLBI observables were used in some pastanalyses, group delay and phase delay rate. Tests withGLOBL solutions on large data sets show that thedelay rates may add noise to the baselinemeasurements as indicated by the consistency of linearbaseline evolution. Consequently, delay rate datawere not used for the results given in this report.

IV. DATA ANALYSIS RF_ULTS

A. Solution GLB867

The purpose of the GLB867 solution was to establishterrestrial and celestial reference frames and to

estimate EOP values, uncertainties, and correlationsfrom the ensemble of data available to the CDP,including POLARIS/IRIS, NAVNET and NAVEXsessions. Observations at less than five degreeselevation were excluded from this solution because of

the inability to adequately model the troposphere atelevations this low. Weak a priori uncertainties of 45milliarcseconds for X and Y pole offsets and 3 ms forUT1 were applied so that all three values could beestimated from single-baseline sessions.

The orientation of the celestial reference frame was

defined by the instantaneous values of precession andnutation for the reference day, November 22, 1985,

computed from the standard models and by holding

the fight ascension of the quasar 0420-014 fixed at its

a priori value. All other source coordinates were

adjusted as global parameters. The origin andorientation of the terrestrial reference frame were

defined by the following conditions. The coordinate

system was that in which the a priori motion of the

various plates is defined by the no-net-rotation

NUVEL-1 model of global tectonic plate motion. The

origin of the VLBI reference frame was defined by

the a priori position of WESTFORD at the station

reference epoch January 1, 1988. The orientation of

the frame was defined by the Earth orientation

interpolated from USNO Concrete series to the

epochs of the observations of the EOP reference dayNovember 22, 1985. Since the positions of stations

except WESTFORD and the velocities of stations with

sufficient data except WESTFORD and HRAS 085

were adjusted, further constraints were required for aweD-defined frame. The direction of the vector from

WESTFORD in Massachusetts to RICHMOND in

Florida was constrained to change according to the

NUVEL-1 model although the position of

RICHMOND and the magnitude of the vector were

adjusted.

The vertical rate at KAUAI was constrained to zero

to provide a good vertical definition. Several pairs of

sites, FORT ORD and FORTORDS, KASHIMA and

KASHIM34, DSS65 and ROBLED32, SESHAN25and SHANGHAI, KAUAI and HALEAKAL,

MOJAVE12 and MOJ 7288, and OVRO 130 and

OVR 7833 are geographically close enough to be

considered identical for geodetic purposes. The

velocities at these pairs of sites were linked, i.e.,

constrained to be equal after adjustment, to

strengthen the solution and to propagate the positions.

Stations whose velocities were not estimated, including

WESTFORD, moved according to the a priori

NUVEL-1 model. An episodic motion model, whichallows for discontinuous motion at individual sites, was

used for five sites: YAKATAGA, SOURDOGH,

WHTHORSE, PRESIDIO, and FORTORDS.

Because of its anomalous behavior, the position ofHRAS 085 was modeled with a continuous

piecewise-linear function (similar to that used to

model the tropospheric delay) with 2-month linear

segments and a rate constraint of 30 ram/yr.

These constraints served to define a robust reference

flame. The VLBI site coordinates and corresponding

EOP/nutation values provide a self-consistenttransformation between VLBI celestial and terrestrial

reference frames. The GLB867 solution included

864359 group delays in 1648 observing sessions, most

approximately 1 day long. There were 1080 global

parameters (station positions, selected stationvelocities, and source positions) and 326021 arc

parameters. There were 657379.2 degrees of freedom,

including fractional degrees of freedom associated

with the troposphere, dock, and EOP constraints.

The weighted rms fit was 43.5 ps and the reduced X z

was 1.06. The source positions in Table 3.1, the site

positions and velocities in Section 4 and 5, and theEarth orientation parameters plotted in Section 9 of

this Annual Report were generated by this solution.

B. Solution GLB868

The purpose of the GLB868 solution was to producetables of baseline evolution from the ensemble of

VLBI data without apriori assumptions about tectonic

plate motion. The station coordinates were therefore

treated as arc parameters, i.e., they were allowed to

vary from session to session, subject only to the

constraint of being estimated with a global set of

source coordinate values and an a priori EOP series.

The EOP information generated in GLB867 was firstculled to remove results from sessions for which EOP

were poorly determined. Typically, these were mobilesessions or sessions with single baselines, although the

single baseline POLARIS sessions were included to

avoid large gaps in the early data. These results were

then processed using a Kalman filter (Morabito, 1988)to produce a smoothed daily series that was then used

as the a priori EOP series in GLB868 to estimate

orthogonal baseline components and geocentric site

positions for each observing session.

The GLB868 solution included 864359 group delays in

1648 observing sessions. There were 318 global

parameters (source positions) and 340736 arc

parameters. There were 649293.3 degrees of freedom.The weighted rms fit was 42.8 ps and the reduced X 2

was 1.04. The baseline component results presented

in Section 6 and 7 were generated in GLB868.

7

C. Results

1. Station Coordinates and Velocities

Table 4.1 contains the position of each fixed stationand mobile site in geocentric Cartesian coordinates inthe VLBI reference frame at the station reference

epoch, January 1, 1988. The adjusted site velocitiesare also included with the position/velocity correlationmatrix in lower triangular form. Because of itsanomalous behavior, HRAS 085 has been tabulatedseparately in Table 4.2. Table 4.3 includes velocitiesand their respective 1-a error ellipses in topocentriccoordinates for the same sites. For each site in Table

423 the corresponding deviation from NUVEL-1velocities is included for comparison. These sameresults are available in machine-readable form with

the full station position and velocity correlation matrixcorresponding to Table 4.1. Sites whose velocitieswere assumed from NUVEL-1 can be identified in

these tables by zero uncertainties in velocity. Sitepositions and uncertainties at January 1 of each yearfrom 1979-95, also generated from solution GLB867,are found in Tables 5.1 through 5.17 of this report.Site positions and their associated uncertainties werepropagated using the reference epoch positions, thevelocities (either adjusted or NUVEL-1), and therelevant covariances. The position uncertainties donot change with time for sites whose velocities werenot adjusted, i.e., no provision has been made topropagate the errors of the underlying NUVEL-1model.

All mobile results are referred to ground monumentsusing the eccentricity data obtained during eachobserving session. The results for MV-1 atVandenberg and Yellowknife are aLso referred to aground monument. The fixed antenna results arereferred to a position in the antenna structure. Foran antenna with intersecting axes, the VLBI referencepoint is at the intersection of axes. For an offset axisantenna, the VLBI reference point is at the point ofintersection of the fixed axis with the planeperpendicular to the fixed a_ds containing the movingaxis. The CDP monument number of each mobile

ground monument and fixed-station antenna referencepoint is shown in Table 1.2.

Discontinuous motions have been suspected atWHTHORSE and observed at YAKATAGA and

SOURDOGH (/Via et al., 1990) and at some sites innorthern California, notably FORTORDS and

PRESIDIO (Clark et al., 1990). In the solutionGLB867 motions at these sites have been permitted toexhibit an instantaneous displacement on datescorresponding to the large earthquakes believedresponsible for the discontinuous behavior. The sitevelocities were assumed to be the same before and

after these displacements. Two entries for each ofthese stations appear in the tables of station positions.The first does not take into account the instantaneous

displacement, while the second does. HRAS 085 inTexas has also exhibited peculiar behavior.Consequently, no velocities were determined forHRAS 085. Instead positions have beenindependently determined using the continuouspiecewise-linear method with 2-month intervals and aconstraint of 30 mm/yr. These positions may befound in Table 4.2 tabulated by the beginning epochof each position.

The histograms of 1-a standard statistical errors intopocentric positions and velocities are given inFigures I and 2, respectively, separated for fixedstations and mobile sites. These histograms show thatthe east components are the best determined. Theeast component has smaller errors than the northcomponent due to the geometry of the observingnetworks. The up components are the most poorlydetermined because of the strong correlation betweenthe up and atmosphere parameters. The mobile sitecomponents are generally not as well determined asthe fixed station components, particularly in the updirection because of the inability of the mobilesystems to observe at low elevations. It should benoted that the position errors in the histograms are atthe station reference epoch, January 1, 1988. For astation with adjusted velocity, the errors are influencedby the strength of the velocity determination and thetime between the reference epoch and the meanobservation epoch for the station. For a station withvelocity fixed at the apriori NUVEL-1 value, the erroris applicable at the mean epoch of observations. Suchstations generally have single occupations that spanseveral days.

Included in this report are maps of the observedmotions of VLBI fixed stations and mobile sites. The

horizontal velocity vectors as determined by VLBI insolution GLB867 are shown with their respective 3-aerror ellipses. The NUVEL-1 plate motion modelwas used to determine a priori velocity vectors foreach site. These vectors, shown without error ellipses,are included on the map at each site and station for

20

10

Fixed Stolions

<1 1 2 3 4 5-10 10--20 >20

Eost

2O

10

Mobile Sites

<1 1 2 3 4 b-tO 10-20 >20

East

2O

10

20

10

<1 I 2 5 4 5-10 10-20 >20 <1 1 2 3 4 b-lO 10-20 >20

North North

20

10 2010

<1 1 2 3 4 5-10 10-20 >20 <1 1 2 3 4 5-10 10-20 >20

Up Up

Figure 1. One-a standard statistical errors (mm) in position at January 1, 1988.

F|xed Stations Mobile Sites

20

10

<1 1 2

20

10

3 4 $-10 10-20 >20 .t 4 b-lo 10-20 >20

Eost Eost

<1 1 2

20

10

,<1 1 2

20

10

3 4 5-10 10-20 >20 3 4

North North

<1 1 2 b--10 10--20 >20

20

10

<1 1 2

20

10

3 4 5-10 10-20 >ZO <1 1 2 3

Up Up

Figure 2. One-or standard statistical errors in velocity (mm/yr).

4 5-10 10-20 >20

0

Z

0

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HATCREEK

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Site velocity (mm/yr) pVI:'RDES

0 I0 20 30 40 50

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130

PBLOSSOM

DEADMANL

,PINFLATS

BLKBUTTE

MONPEAK

YUMA

Figure 6. Southwestern U.S. site velocities (3-a error ellipses) from GLB867.

13

comparison. The plate that was assumed for each siteand station is shown in Table 1.2.

Figure 3 is a map of the fixed stations used forIRIS-A, IRIS-S, and Atlantic sessions and somestations in western North America. The close

agreement between the a priori and adjusted vectorsfor stations in eastern North America is a

consequence of the choice of stations (WESTFORDand RICHMOND) used to establish the VLBIterrestrial reference frame and the absence of

significant deformation.

Figures 4 through 6 are similar maps of fixed stationand selected mobile site velocities in and around the

Pacific, in Alaska and northwestern Canada, and inthe southwestern U.S. respectively.

The machine-readable report also contains thegeocentric, Cartesian coordinates of each fixed stationand mobile site for each session from solution

GLB868 arranged alphabetically and tabulatedchronologically. It should be noted that the positionfor a given epoch is in the coordinate system definedby the (arbitrary) reference station for that observingsession and that different sessions having unrelatedobserving networks will have different referencestations. The positions of the reference stations donot change with time. Estimated station coordinatesand correlations between station coordinates for each

observing session are also available, tabulated

chronologically in the machine-readable report.

2. Baseline Evolution

The evolution of each baseline is presented in threeorthogonal components: length, transverse, andvertical, illustrated below in figure 7. The baselinelength is the chord distance between the referencepoints at the two ends. The reference point for afixed station is within the antenna structure. The

reference point at a mobile site, at VNDNBERG, andat YLOW7296 is a ground survey monument near themobile antenna.

The transverse direction for a given baseline is definedby the cross product of the a priori baseline vector

from station I to station 2 with the a priori geocentricvector to station 2. The transverse component is theadjustment from the a priori baseline vector in thedirection perpendicular to the baseline vector anddirected toward the horizon at either site, and isdefined such that a clockwise rotation seen from

above is positive in sign.

The vertical direction is perpendicular to the lengthand transverse directions and is radially inward at thecenter of the baseline. For short baselines the

baseline vertical direction is close to the topocentricvertical direction at either site. The vertical

component is the adjustment from the a prioribaseline vector in the baseline vertical direction.

station 1 station 2

BASELINE

to center of Ear[h

A

[A

A

V

Figure 7. Baseline component axes. The figure is in the plane containing both the stations and the center ofthe Earth. Unit vectors i', '_, and _., for the length, transverse, and vertical components, respectively are shownat station 2. The unit vector in the transverse direction is directed outward from the page.

14

A positive change in the vertical component indicates

an upward displacement of station 1 with respect to

station 2. Note that a change in baseline length will

also cause a change in the baseline vertical

component, especially for longer baselines. Thevertical component is the most poorly determinedfrom VLBI data.

The transverse component is strongly dependent on aprecise, consistent orientation of the terrestrialreference frame as defined in an EOP series. For the

GLB868 solution the EOP series derived from

solution GLB867 was applied. The baseline evolutionplots for WESTFORD to GILCREEK, HRAS 085,

and RICHMOND clearly show transverse rates that

are larger than 25 times their respective errors. Thisis because the sites shared the motion of the North

American Plate in the a priori model of the solution

that produced the EOP series. Had the EOP series

been generated in solution with no a priori North

American plate motion these baselines would haveshown little or no transverse motion. The

uncertainties and correlations of the EOP values from

GLB867 were propagated by GLOBL into the errors

of the baseline components. The largest effect is on

the transverse error. The vertical error, being

dominated by other effects, is weakly affected and the

length error is independent of orientation.

Summaries of the relevant statistics of the baseline

components and their rates of change as determined

from the results of solution GLB868 appear in Tables

6.1 through 6.4 in this report. These tables include

the weighted mean baseline length values, the

weighted rms scatter about the mean length values,

and, where a useful value could be computed, themean rate of change of baseline length over the span

of the entire available data. The rate of change is not

presented if there were fewer than five observing

sessions or if the sessions did not span at least two

years. The baseline length at January 1, 1988 is alsotabulated for those baselines for which rates were

determined. The least-squares mean and rateestimates were based on the 1-a standard statistical

errors of the individual baseline length values. Thestated error for each mean and rate value was

computed by scaling the 1-a standard statistical error

from the least-squares estimate by the square root of

the reduced X 2 of the fit. The weighted rms fit of the

data about the best-fit line is also given where

relevant. Similar information is given for the

transverse and vertical components, except that the

mean and reference epoch values, being from anarbitrary origin, are omitted.

Section 7 (Figures 7-2 through 7-201 and Tables

7.202-7.557) present the time evolution of these same

baselines. The baseline results are presented in printin several forms: summaries of baseline rates and

consistency, plots of the three baseline components asfunctions of time with the line of best fit and a dashed

line showing the motion predicted by NUVEL-1, andtables of values for baselines with an insufficient

number of measurements for useful plotting. The

machine-readable report contains all the baseline data

arranged first alphabetically, then chronologically.

3. Earth Orientation Parameters

Earth orientation results from solution GLB867 are

presented graphically in print and are tabulated withtheir correlations in the machine-readable version.Because VLBI cannot measure absolute Earth

orientation, a reference day, November 22, 1985, was

selected to fro the geographic pole and UT1 angle.

The reference day X, Y, and UT1 values were linearlyinterpolated from the USNO concrete series, which is

a daily series.

The results from single-baseline sessions (POLARIS

and scattered others) are insensitive to Earth rotationsaround the baseline direction and therefore measure

only two components of Earth rotation. These two

components are linear combinations of UT1 and polar

motion. To handle these sessions in a mathematically

rigorous fashion, UT1 and both components of polar

motion are estimated using weak constraints. The

resulting EOP values, uncertainties, and correlationscorrectly represent the Earth rotation informationcontent of the sessions. It is critical that users of the

Earth rotation data from the single-baseline sessions

account for not only the values and their uncertaintiesbut also for the correlations.

The tabular values are the unmodified results from

the GLB867 solution. In particular, no smoothing has

been applied, and no corrections have been made toremove known tidal variations from the UT1 values.

For comparison with IERS Bulletin B values or othersmoothed series, the tidal terms should be removedfrom the UT1 values.

The nutation offsets from the IAU 1980 nutation

series, estimated in solution GLB867 for each session,

15

aretabulated in the machine-readable version and are

plotted in the printed report. These offsets are withrespect to the celestial pole of the reference day

November 22, 1985, which is defined by the

conventional precession and nutation models.

D. Uncertainty of Estimated Parameters

The uncertainty for all estimated parameters are 1-a

standard statistical errors computed from the

covariance matrix of the relevant solution. The weight

applied to each observation includes three terms:

SNR measurement error, ionosphere calibration errorfrom the SNR of X- and S-band observations, and

normalizing white noise root-sum-square added foreach session. The last term is computed for eachsession such that the reduced X 2 of the fit from a

standard single-session solution is reduced to near

unity. In the standard solution, site positions are

estimated using a good a priori source catalog without

adjustment and the continuous, piecewise-linear clock

and atmosphere parametrization discussed above. Itis evident from the X2s of baseline components thatthe 1-a standard statistical errors of the EOP are

underestimates of the real errors.

_DIFFERENCESWITHPASTRES_

Subtle changes in the manner in which the terrestrialreference frame was defined and the addition of

another year of data have resulted in some noteworthy

differences in the analysis results.

In solution GLB867 the more compact quasar radio

source 0420-014 was used to define the origin of rightascension for the celestial reference frame, rather than

the older standard, 3C273B used in previous solutionswhich has considerable structure resolvable on long

baselines. The right ascensions are shifted although

relative right ascensions are unchanged. Also, in pastsolutions, the orientation of the VLBI reference frame

has been defined by the Earth orientation interpolatedfrom BIH Circular D to the epochs of the

observations of the EOP reference day November 6,

1986. In GLB867 a different reference day, November

22, 1985, was chosen as the VLBI EOP on that day

have smaller errors, and the USNO Concrete series

has replaced the BIH Circular D values.

These three changes result in a terrestrial reference

frame that is rotated about the position of Westford

with respect to previously defined VLBI reference

frames. As it may be desirable to transform the

station positions in the terrestrial reference framedefined in GLB867 to a standard reference frame a

least-squares adjustment was used to determine the

seven-parameter transformation that minimizes thedifferences between the positions of those stationscommon to both GLB867 and the ITRF91. The seven

parameters determined are a translation, three

rotations about the origin, and a scale change whose

values are presented below:.

Transformation from GLB_7 to ITRF91

TransLation J R_tation(111m_ (10-" radians)

127.1 + 2.8 J -6.39 ± 0.56

12.8 ± 2.8 J 2.17 ± 0.55-34.0 ± 2.7 17.0 ± 0.30

ScaLe change = -1.16 ± .34 Rob

Applying this transformation to the GLB867 1988.0

positions moves them to the ITRF91. Additionally, a

comparison of the total velocities estimated inGLB867 with those estimated in GLB753 from the

last annual report reveals several small but marginally

significant (2-3 a) differences for many stations withseveral years of data. These differences remain in a

test solution that uses the ensemble of data gathered

through 1991 with the same contraints as in GLB753,

but are greatly reduced when the same constraints are

applied but the 1991 data omitted. The velocity of

SEATTLE1 whose first occupation was within a weak

network is poorly defined because of the single

solution defining the reference frame.

16

VI. QUALITY OF RESULTS

A. Trends in Quality Improvement

In the last two issues of the CDP VLBI annual report

(Caprette et a/., 1990, and Ma et al., 1992) we

discussed the quality of the raw Mark III observationsand the results obtained with them. This section

updates those discussions. We assume that the reader

is a/ready familiar with the terms used here.

1. Post-fit Delay Residuals

Figure 8 is a plot of the post-fit weighted rms residual

delay (wrmsrd) for the 1648 one-day observing

sessions of global solution GLB868. The + symbolsare the wrmsrds for each session and the connected

points are 120-day boxcar averages of the wrmsrds.

Figures 9, 10, 11, and 12 show the results for the

IRIS-A, CDP-fixed, NAVNET, and CDP mobile

sessions, respectively. The sections of Figure 8

spanning 1980-89 and 1980-90 show the same data as

the comparable figures in the 1990 and 1991 annual

reports, respectively. The current results for these

observing sessions are nearly identical to those in the

earlier reports; changes in the analysis in the

O

t.f3 l l t I l '

>_

-6

"U

_9

k-

C3

I

4-

+ +

+

intervening year have no effect on the results in any

way visible in these figures. As early as 1985 there is

a pattern in the wrmsrd with a minimum in the

(northern hemisphere) winter and a maximum in the

summer. The conventional explanation is that

increased water vapor and relatively mettled weather

conditions during the summer cause large,

difficult-to-model fluctuations in the tropospheric

delay. Northern hemisphere considerations are

dominant because on/y four sites are in the southern

hemisphere and on a per station basis these sites

contribute much less data than many sites in the

northern hemisphere. The wrmsrd has minima in

January, 1989 and January, 1990. As was seen in last

year's annual report the results for 1990 are poorer

than those for the comparable period of the previous

year. We stated that the cause of the poorer wrmsrd

was not degraded performance by the stations but

changes in observing strategy and more complicated

networks. 0Via et al., 1992) We also stated that these

changes had been fully realized and that the trend of

increasing wrmsrd should cease. We now have the

actual results for 1991. Our prediction was incorrect.

The NAVNET and CDP-mobile plots results were

slightly better, the CDP-f'txed-site results were slightlypoorer, and the IRIS-A were noticeable poorer. We

I _ I l I 1 I ' I

4-

+

982 7985 _984 7985 7986 _,987 _988 7989

Figure 8. Residual delay fits, all sessions from GLB868.

_980 _98_I _ I "_ 1

990 _997 7992 _gg3

17

0uO

0...0

"0

.5

0c0

E

0

0d")

o

0

'6

5

"O

03

0

I I I I I I I 1 I I t I I

4-

4-4- 4-4-

4- 4-

t , I , I , I , I , 1 , I , I , t , I ¢ I , I , I ,

980 1981 1982 1985 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993

Figure 9. Residual delay fits from GLB868, POLARIS and IRIS sessions only.

I I I I I I I I f 1 I I

4-+

4-

4-

1980 1981 1982 1983 1984 1985 1986 1987 1988 1989 1990 1991 1992

Figure 10. Residual delay fits from GLB868, CDP fixed stations only.

18

0

I._ I I I I I I I I I

G,.Ov ,r-,.-

-6z_

"U._

03

003 u3

E

0

I I I I

4.-+

4- +.4-

J r I r I r I _ J r f r I _ I _ I _ I r I _ J r _

980 1981 1982 1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1995

Figure 11. Residual delay fits from GLB868, USNO sessions only.

OLD

G.Ov -e--

>xO

"XD

5

"BQ)L_

C3d3

E

O

I I I I _ I I I / I f l I I

4-4-

4-

4--'1t- 4- 4-

4-/_ 4- 4- 4-

,/t,. i+_ + +I_ l\+l_ + + _- +

4-/ l/+V/ + _. ++. 4-+ 4-+_+ ?4- + + + t: * +t: ,iN& : ++ + +, 4-4-

I , I , I , I A I _ I , I , I , I _ I , I , I , I ,

1980 1981 1982 1985 1984 1985 1986 1987 1988 1989 1990 1991 1992 1995

Figure 12. Residual delay fits from GLB868, CDP mobile sessions only.

19

have examined the 1991 IRIS-A data to determine

why wrmsrd should have increased so much during the

summer. While we have no explanation we note that

in this period AUTOSKED came into use to generate

the IRIS-A observing schedules resulting in asignificant increase in the number of observations per

session. If Figure 9 is replotted using the wrmsrdnormalized by the square root of the number of

observations per session the increases seen in both

1990 and 1991 are eliminated. Finally, despite theincreased wrmsrd there is no evidence that the

geodetic parameters estimated in 1991 from the

IRIS-A data are in any way degraded.

The purpose of this discussion of wrmsrd when it first

appeared in an annual report two years ago was to

document the improving precision of the raw Mark IIIobservations. The continuously declining wrrnsrd of

the early 1980's seen in the IRIS-A and mobile plots

document that improvement. But, since 1986 or 1987

the precision of the observations has ceased to be the

dominant contributor to wrrnsrd; rather it is the

inability to model rapid variations in the atmosphere.

Unless there is some unexpected breakthrough in

modeling atmospheric effects the wrmsrd is unlikely to

become substantially better regardless of improvedprecision of the raw observations. Moreover, the newantennas that are both more sensitive and slew faster

(e.g. the VLBA and the new Hawaii antenna) willresult in faster schedules with less time between

observations, which are inherently harder to fit than

the relatively slow schedules of a few years ago. Thus,this discussion has ceased to serve its intended

purpose and we do not plan to continue it in future

reports.

2. Baseline Length Repeatability and Errors in

Baseline Length

Figure 13 is a plot of the 1-a standard statistical

length error and length repeatability for the Westford-

Wettzell baseline. It is designed to address two

questions. First, as the Mark III hardware and

observing strategies have changed, have the errors of

the lengths become smaller? Second, if errors have

decreased, is there a corresponding improvement in

the length repeatability? In Figure 13 the diamonds

plot the baseline length errors for the individual

sessions. Each asterisk is an unweighted average of

the errors of each session in a 120-day-long window

centered on the epoch of the session, excluding

sessions with length errors in excess of 50 mm. These

averages show the long term evolution of the errors.

The solid line connects points (not plotted) that are

the repeatability of the length values.

The repeatability was computed as follows: For each

session a weighted average length was computed from

the lengths for all sessions within 60 days of the

session. Using the same sessions a weighted rms

length residual from the average length was computed.

This rms is an estimate of the short term length

repeatability at the epoch of the session.

Figure 13 is comparable to Figure 13 from last year's

report. Except the 1987 data and the additional year

of data, the plots are similar. Since the data used in

the 1991 report are a subset of this year's report one

would expect the two plots to be identical where theyoverlap. They are not because there have been a few

small changes in the analysis procedures since last

year. We have looked for an explanation for the

poorer short term repeatability in 1987, an increase

from a peak of 16 ps to a peak of 19 ps. A careful

review of the session-by-session length values showsthat in GLB868 there are a few sessions with

discordant lengths that were not discordant last year.

Because of the 120-day-wide window of the boxcar

repeatability algorithm these few dominate the

repeatability of the entire period. From 1984 throughearly 1987 the average of the length errors and the

repeatability are consistent and show a general

improvement from 20 to 25 mm in 1984 to near

15 mm in early 1987. The repeatability then rapidlyincreases to near 20 mm. In the middle of 1987 the

repeatability starts an improvement lasting until early1989. Then the errors are near 8 mm and the

repeatability is near 10 mm. During the entire period

after 1987 the averages of the length errors are

consistently smaller than the repeatability. After 1989

the errors and repeatability trend up and down over

periods of months, but there is no long term trend.

There is no evidence that the results have improvedsince 1989.

Figures 14 and 15 are similar plots for the Richmond-

Westford and Onsala-Wettzell baselines. They showtrends in 1991 that are not substantively different fromthose of 1989 and 1990.

In summary, these plots show that the short term

baseline length repeatability in 1991 was nearlyidentical to that in 1989 and 1990. As we stated in

last year's report, to obtain further improvements will

20

30

E20E

v

r--

t--

11)_..J

¢-

m

0

0

0

0

0

0

0

0

%0

0O0 0

%00 0 O0

0

0

0

0

0

o

0

0

0

1984 1985 1986 1987 1988 1989 1990 1991 1992

Figure 13. WESTFORD to WETTZELL baseline length 1-a standard statistical errors and repeatability.

EoE

v

e-

C

cD

r-

rn

or¢3

O

...... I ........ t_"_ ........... I ........... u ....... AI ..... I ........... I ........... I ...........v v

0

0

0 8 0 0

1984- 1985 1986 1987 1988 1989 1990 1991 1992

Figure 14. RICHMOND to WESTFORD baseline length 1-a standard statistical errors and repeatability.

21

E2E

v

c-

C

E

o

o

00 o

00"** *_

J_,_O _ ^0 O0 0 _ A 1° ® ° o1 I ,i,

1984 1985 1986 1987 1988 1989 1990 1991 1992

Figure 1.5. ONSALA60 to WETTZELL baseline length 1-a standard statistical errors and repeatability.

likely require a much better understanding of theeffects of tropospheric refraction and/or betterinstrumentation (such as the Mark IV).

B. Scaling of Baseline Repeatability with BaselineLength

Length Zero Set (rnm} Scatin9 Term ppb

R,oge I I_Oll_111_zll_ollwlll_2(km) IReport I Report IReport JReport I Repot t IReport

o-tooo I 6-81 6.61 6.3 I 1.1 I 1.0 I 1.oo-loooo I S.Ol S.Zl S._l 2.ol Z.Ol 2.o

Furl RangeJ 4.9 I S.1 I 4.9 I 2.2 I Z.ZJ 2.0

In the previous two annual reports we presented setsof baseline length repeatability scaling laws in a formthat is the sum of two terms. The furst term is a zero

set term that is the repeatability of a zero lengthbaseline and the second, the scaling term, tracks howrepeatability grows linearly with baseline length. Wealso gave three different laws for three ranges oflengths because we found that the repeatability of thevery longest baselines was disproportionately poorercompared to the shorter baselines and woulddominate the scaling term despite their relatively fewnumbers. The table below shows the scaling lawsfrom the 1990 and 1991 reports and the currentresults.

With only a single insignificant exception, the zero setand scaling terms in the current results are at least asgood as in the previous two years. The scaling termfor the full range is 0.2 ppb better than the previous

two years and reflects the outstanding new data thathas been produced on some long baselines such asKashima-Richmond.

Figure 16 is a plot of the length repeatability values asa function of baseline length for the 212 baselinesused to produce the scaling laws. These were selectedbecause each had at least five observing sessions andtwo years of data.

Since it is difficult compare Figure 16 with thecomparable figure from the 1991 report we haveprepared Figure 17. It is a plot of the repeatabilitydifferences for the 186 baselines common to both

plots. It shows that there are 85 baselines with betterrepeatability in the current solution, 93 baselines withbetter repeatability in the 1991 solution, and 8 with nodifference (at the level of 0.1 mm). The averagerepeatability for all baselines of the current solution is

22

60 I J I _ I ' I

EE

40c_O

cOO-

0 2000 4000 6000 8000 10000 12000Baseline Length (kin)

Figure 16. Baseline length repeatability vs. baseline length from GLB868.

10

EE

O_- 5Q)%..

°4

25o 0_60.)Q.

rv-

t-

¢---5_J

0)c-

°_

rn

-100

Figure 17.

' I I I I4-

+ +

4-

4-

• 4-+4- +_ud- +

:_4- 4- 4- ++ 4-

++

+ 4-

,+ ¢ t ,*4-

+ 4-+

4-4- 4-

4- 4- 4-

4-

4-

+ 4-

+ 4-

4-

++

4- 4-+_

+4-

+

+

I

AIITI

ttbr,,.

+

+ r'n

I 4-1 --

o0

m

IIII

v

I I , I 1 I t I 1 1 . I L

2000 4000 6000 8000 10000 12000Baseline Length (km)

Repeatability differences for 186 baselines common to both the 1991 and the 1990 solution.

23

14.1 mm while that of 1991 solution is 14.0 ram. This

difference is not significant.

C. An Anomaly - the Motions of Onsala andWettzell

In Section 7 Plots 7.201, 7.175, 7.197, and 7.174 displaythe baseline results for the Wesfford-Wettzell,

Westford-Onsala, Richmond-Wettzell, and Richmond-

Onsala baselines, respectively. The measurements of

these baselines are among the most robust in the

Mark III data set. The WettzeU, Richmond, and

Westford sites are part of the core IRIS-A Earth

rotation network and have been participating in Mark

III sessions every five or seven days since the earlier

to mid-1980's. Ousala has participated in IRIS-A

monthly since its inception and has participated in

many CDP transatlantic sessions.

The reader should take time now to look at Plot

7.201, the Westford-Wettzell plot. The length plot

shows an increasing length at a rate of

17.2 _+0.2 mm/yr while the expected NUVEL-1 rate is

18.9 _+0.5 ram/yr. The difference is 1.7 mm/yr and isan 3-a discrepancy (based only the rss of the VLBI

and NUVEL-1 errors). But, the plot hides a much

larger anomaly: the rates in the first and second

halves of the plot are systematically and significantly

different. The same is true of the other three plots.

The table below documents this anomaly. It containsthe estimated rates on these baselines and their 1-<7

standard statistical errors scaled by the square root of

the reduced chi square of the linear fit from the entiredata span and from two subsets. The numbers in

parentheses are the differences between the observed

rates and expected NUVEL-1 rates. The subsets were

created by dividing the data at 1988.0. Note that thestations were added to the network at different times

so these baseline rates span different times.

DataSpan

start-1988

1988-92

start-1992

Basetine LengtlWestford- Westford-Wettzel[ Onsata60

mmly mmly15.1±0.7 12.6±1.0(-3.8) (-5.0)

19.4±0.5 23.3±1.3(+0.5) (+5.7)

17.2±0.2 17.2±0.5(-1.7) (-0.4)

Rates of ChangeRichmond-Richmond-Wettzet[ Onsata60

mm/y mm/y9.7±1.5 7.8±4.5(-7.4) {-8.0)

17.0±0.9 22.2±3.0(-0.I) (+6.4)

14.2±0.4 16.0±1.5(-2.9) (+0.2)

The difference in rate for the Westford-Wettzell

baseline between the first and second halves is

4.3 mm/yr, which is approximately 5 a. TheWestford-Ousala difference is 10.7 mm, which is more

than 7 as. The Richmond baselines are similarlydiscrepant.

To probe this anomaly further we have preparedbaseline length residual plots for these four baselines.

They are Figures 18 to 21. In these plots the

horizontal axis is session date. The points are the

baseline length residuals from a weighted linear fit;

errors are not plotted. The solid line tracks points

(not plotted) that are the weighted average residual in

a window +60 days about each session. The line

shows the average trend of the residuals.

Consider Figure 18, the Westford-Wettzell plot.

Setting aside the edge effect at the beginning of the

plot, the residuals trend lower from 1984 through

mid-1988 and then trend higher. (After 1988 there is

also a clear periodic effect with an amplitude of

10-15 ram, which will not be addressed here.) Figure

19, the Westford-Onsala plot, shows the pattern evenmore clearly, except that the minimum appears to be

at the beginning of 1987. The Richmond plots showsimilar trends.

For long baselines, such as the transatlantic, changes

in station vertical would appear as somewhat smaller

changes in baseline length. Thus, the cause of these

baseline length anomalies could be local motion of the

stations in the horizontal plane or in the vertical

direction. Figures 22 and 24 are local topocentric (up,

east, and north) plots for Wettzell and Onsala,respectively. For each session the plots show the

estimated position of the site as a correction from its

a priori position. Because the estimated topocentric

values for a site from a particular session depend

critically on the unadjusted reference site for that

session, we have plotted only the IRIS-A sessions.Westford was the reference site for these sessions.

Also shown in each plot is a straight line derived from

a weighted linear fit to the data and a (difficult-to-see)

line which plots the value from a weighted boxcar

filter with a one-year window. As with the plots of

baseline lengths it is difficult to see systematic

departures from linear evolution, but these plots serve

to introduce the final two plots in this section, Figures

23 and 25. These are plots of the residual topocentric

positions as adjustments from the straight lines in theprevious two plots. Also, we have increased the

resolution of the scale by a factor of four and have

24

oto

EE

v

t-

On

d

r-

o3o

m

-5'o

0

rY

oto

i

i I ' 1 , i i T , i i I v' , , i _ i 1 i , F I ' i , i i i i _ , i I i , i , i _ _ f 1 i

4-+

4-4- +

+ 4-+ 4- 4- +

+ ++ _+ .++ :+* ++ + + + 1+ 4- _'+ + + + + _- 4- + + _-]

+ . + .4_-,_+#++ + ++ , + + ÷ 4- + + a-+J_. _ - -rr -- 4- n- ++ 4- 4- + 4- + -I-4.t.-r41

_.._ ++++÷ + ++_+ ++ ++,+ + + + . , + +,, ++ + ,_-,_-!

-P" ;4,t- 4- 4- + _ .+++ -r_ + ÷ 4r.4.-#_++ + 4- + ÷÷ ÷* _.' +

+ Z± _- _- + + _+-_-_t_+ _./_- _- _ + + 1t: -_-÷ _.+%*÷+_-+, ++4_ + ,' _- + 1- 4. + 4- + ,_'-_-, _ _.-t_.+ + _ _ ÷ __

+ + + ++ + + -_+ +4_ + ++ -4- -_+ +

+ ++ + ++

+ +-N- +

I i i i i I i i _ i i , I i i i i i _ i i i i , I _ i i i t i i i i i _ 1 i _ 1 i l i i _ i i i

984 1986 1988 1990

otO

0

c)t.o

I

1992

Figure 18. WESTFORD to WEI'rZELL baseline length residuals.

EE

v

o

om

5'o

rY

I ..... 42 ' ' ' ' ' I .......... ' I ' ' ' ' ' ' "..... I ' ' "' '- ...... i .........

o +to

+

• +

+ i'_ _ + ++

+ t-'_ +

I \++ ++l + " * + , ,

+/ \+..+++ + + ++

+ l/ +;+++ +++ + +

+

+

+ -t.i-

+ +

o

I

i I i i i _ , , i _ i , I I , I i i , i J _ _ i i I I i L i i i i i i i i I i 1 _ J i i i , i i i I i _ i i i i 1 i i 1

982 1984- 1986 1988 1990

Figure 19. WESTFORD to ONSALA60 baseline length residuals.

Oto

c)

ot.o

I

25

I ' ' ' ' ' ' ' I ' ' ' ' ' ' ' ' ' ' ' I ' ' ' ' ' ' ' ' ' I ' ' ' .... ' ' /

L ++ +

l

50- + ++ + + +

+ +4,-+ + + + + +

+%+I-+, ++ + ++ +

E , + + + -t + + + ++E _ + + + +

v +44- + ++ + + + +

/ UJt4+,- .,.+ + ,_+ + +4- ++++ :_- _+ -F -,- _ _+ ++ + "

.o_ 0÷,, +.E ....... : __ ;V 4- .+ _4-_ _,;,_ :v+.....zz_+ _ _ _ _+_,"_-_ + 4-÷_,-+ + +*++'..'W+ i/_ W + +_,' _'.g_ + "+, _ ._+ + "_o 4-. ++._..* + ++4-4- . *_.,-4f"- +.,+_ -_-_/-+:.+"+ .,_÷ +÷_ -#-° - _--* 4- + *- +* ÷4-_V" ÷ : _tY _ *. _ 4-4-+÷++m 4+

4-+

"_ + + ++ + + ++ ++ +++ ._* -N- ++ + ++ #+ + +

+bf+ + + 4- + 4-4- + + 4-+ 4- + 4-._ + + ÷4- _ ++ +¢_ + +

Q:::: + +

4- 4-+ 4- ++4._. +4- 4- 4- +

4- +-50 + + 4-

+

+i 1 i i i i J i 1 i I i I i i i i i i i I i ] i i i I i i i i i i i I I i I i i i i i i i i

1984 1986 1988 1990 1992

Figure 20. RICHMOND to WETrZELL baseline length residuals.

E

5O

£?3

._ 0

-5O

1984

°--

IDQ::

4-4- + 4-

+ /_4- + 4- + 4- + _4-

+ +

+ +W W+ ++ 4- 4-

4-

19911985 1986 1987 t 988 1989 1990

Figure 21. RICHMOND to ONSALA60 baseline length residuals.

26

Boxcor window .565 doys Number of Sessions = 54-9

-100 {

I1 , I _ I _ L L I , I , I _ I-200

1984 1985 1986 1987 1988 1989 1990 1991200 _ , _

i

1992

100

Edo'dE}

LIJ

-100

-2OO

J

1984 1985 1986 1987 1988 1989 1990 1991 1992200

1 O0

EEv 0,c"

"d0

z

-100

-2001984 1985 1986 1987 1988 t989 1990 1991 1992

Figure 22. Local topocentn¢ a_ustments for WETI'ZELL

2?

4O

,---2OEE

v

O.

D 0

_-2o

-40

4O

Boxcar window 365doys Number of Sessions = 549

_1 * I _X * + X ' I 4- IX t I I _ 14

• * ** _ * ** _ * * __• . X

• _ . * *** * * *_X * * * * _ Z .X X *

. . .._,,..--J-.'C_ _ x * _, •_ _, ** '," . ***" _ x**

• * x x x** * ** _'_.T,..._-_'_"_v"L'_ _ _ _ _ . * _.** ' * ;

• x x , * * '_

"_'20

v¢-

o 0Z

5

"_-20r_

. x * _* * *

• x x. * • **• _* * * . . .x. x .

• c l/ _ * I _ I , I

1984 1985 1986 1987 1988 1gsg 19go 19g 1 t 992I I l I I I I

XX

* * X

_" . _ X x *

*'* .1'** * .x. ...* . '_ . * x**,. . ."** ,.._.x _",** **% _**_o.. _x**.,,_'_"_* _"_ _ **_ *_ ,_* ** _ TM _ * *XX _ * _ _""'_,_ *_"_* - X *.

"_20 , * x , : _- , •• . . - x .*** . ,. .

C_40[ f * * *X *

1984 1985 1986 1987 1988 1989 1990 1991 1992I I l I I I I

4.0 xx

" * X * X

* X X * . * X * ** X X • X* _,x * ***x _ * ._ ** _ . .x - ** x * _ * 1

". _._ _**'** _ *_'_ ;_ * _ ,** x "_ _ *** *;_";_'_** -*_** ._," ._ '_ .,*****_. I

.* "* " . **_*_ _* * _ * _.._ _ *- _ **=-_, "_'* ** _* "_ "'_.,_, "** 1

.. *** .._. • * **** .. _'.,_ **_ ** _ * *_" **** _ ., * _. • . x *.1** ** ,. -_, . . .. . ** • , , • , " * ** * 1

-40 _' • * *

rl , I , I _ I _ I , I , I , I , I'_

1984 1985 1986 1987 1988 1989 1990 1991 1992

Figure 23. Local topocentric adjustment residuals for WETTZELL

28

Boxcar window 565 days200 j i i i i ,

EE 0

a_

-100

Number of Sessions = 74-

I I

+,+ii'

-200 , I I I I I I I , I , I , I ,

984 1985 1986 1987 1988 1989 1990 1991200 I I I I I l I

IO0

E

do

(2b..I

-100

-200 I

984200

1 O0

E

doc"

0Z

' I I I ' I ' I ' I ' ,1, : __.._._44 ' _"_'

I I I I I ' I ' I L I _ I

1985 1986 1987 1988 1989 1990 1991I [ I I I I I

I i I ' I i I J I _ I ' I J

r I , I

1984- 1985 1986

Figure 24.

1987 1988 1989 1990 1991

Local Topocentric adjustments for ONSALA60.

-1 O0

-200

1992

1992

1992

29

Boxcar window 365doys Number of Sessions = 74-

] I I J t I I

4-0

---20EE

v

D 0

-5

"O

m

_-20

-40 *

1984 1985 1986 1987 1988 1989 1990 1991 1992

40

40

_'20Ec-

O 0Z

-62

"10

"_-20r_

-4-0

, I _ I , I _ I _ I , I J I , I

1985 1986 1987 1988 1989 1990 1991 1992I I I I i I I I

, I • --:-_*,,._ _ _z

I ,r ,

, l , I

1984- 1985 1986

Figure 25.

t#

J , * _ [ o , . t,.* *m **_

• m * , * I *m

J I , I _ I i l I l I I

1987 1988 1989 1990 1991 1992

Local topoeentri¢ adjustment residuals for ONSALA60

30

deleted the error bars from the session values. The

line on these plots shows the values from the weighted

boxcar f'dter with a one-year window. A window of

one year was chosen to filter out all systematic

variations with shorter duration. Figure 23 shows that

virtually all anomalous motion at Wettzell arises from

changes in the vertical. Excepting the ftrst -18months there are no deviations in the east and north

greater than 2-3 mm. For Onsala this is not so.Figure 25 shows that while the variation in the vertical

is greatest (approximately -10 to +22 ram) there are

still variations in the east component at a level of+10 mm.

We have not resolved the apparent change in rates of

the transatlantic baselines, but it does appear that a

major portion can be absorbed in changes in the sitevertical at ONSALA60 and WETTZELL. Whether

this phenomenon is a geophysical effect or an artifactof the VLBI method cannot be answered definitively

from the data presented here. The current six-station

network in Europe has been in regular use only since

1990, but in time it will provide a robust network ofrelative short baselines within which the vertical

motions of ONSALA60 and WETTZELL will be well

determined. Also new sites in Europe or nearby are

under construction or being planned. The Norwegians

are building a new antenna on the island of

Spitsbergen (north of Norway) and there are

proposals for sites in Russia and Ukraine. In time the

densification of the networks in Europe and new

sessions involving Europe and sites in other parts of

the world should resolve this question.

These transatlantic results should not be interpreted

as casting doubt on all geodetic rates measured withCDP VLBI. If the sessions used in GLB868 are

divided by date into two sets at January 1, 1988, there

are 43 baselines with adequate data in each set to

estimate baseline rates. In a comparison of the

baseline rates from the two sets there are only six

baselines with differences greater than 2 a and four

of the six are the transatlantic baselines connectingWestford and Richmond to Onsala and Wettzell. For

37 baselines (86%) the rate differences are less than

2 cr and for 22 baselines (51%) they are less than 1 e.

VII REFERF_.NCES

Argus, D.F. and R.G. Gordon, "No-Net-RotationModel of Current Plate Velocities Incorporating Plate

Motion Model NUVEL-I", Geophys. Res. Let. 18,2039, November 1991.

Boucher, C. (ed.). Annual Report for 1990, Paris

Observatory, Paris, France, 1990.

Caprette, D.S., C. Ma, and J.W. Ryan, Crustal

Dynamics Project Data Analysis-1990, VLBI geodetic

results 1979-1989, NASA TM-100765, Goddard Space

Flight Center, Greenbelt, MD, 1990.

Clark, T.A., B.E. Corey, J.L. Davis, G. Elgered, T.A.

Herring, H.F. Hinteregger, C.A. Knight, J.I. Levine,

G. Lundqvist, C. Ma, E.F. Nesman, R.B. Phillips,A.E.E. Rogers, B.O. Rnnng, J.W. Ryan, B.R.

Schupler, D.B. Shaffer, I.I. Shapiro, N.R. Vandenberg,

J.C. Webber, and A.R. Whitney, "Precision Geodesy

Using the Mark-III Very-Long-Baseline

Interferometry System", IEEE Trans. Geoscience and

Remote Sensing GE-23, 438, 1985.

Clark, T.A.,C. Ma, J.M. Sauber, J.W. Ryan, D.

Gordon, D.B. Shaffer, D.S. Caprette, and N.

Vandenberg. "Geodetic Measurement in the LomaPrieta, California Earthquake with Very Long

Baseline Interferometry", Geophys. Res. Let., 17, 1215,1990.

Herring, T.A. "Modeling Atmospheric Delays in the

Analysis of Space Geodetic Data", Proceedings of the

Symposium on Refraction of Transatmospheric Signals

in Geodesy, Publications on Geodesy, No. 36, ed. byDe Mtmck, J.C. and T.A. Th. Spoelstra, 247,

Netherland Geodetic Commission, Delft, Netherlands,1992.

Ma, C., J.M. Sauber, L.J. Bell, T.A. Clark, D. Gordon,

W.E. Himwich, and J.W. Ryan, "Measurement of

Horizontal Motions in Alaska Using Very Long

Baseline Interferometry", J. Geophys. Res. 95, 21991,1990.

Ma, C., J.W. Ryan, and D.S. Caprette, Crustal

Dynamics Project Data Analysis-1991, VLBI geodetic

results 1979-1990, NASA TM-104552, Goddard Space

Flight Center, Greenbelt, MD, 1992.

31

McCarthy,D.D.(ed.),IERSTechnicalNote3, Paris

Observatory, Paris, France, 1989.

Moribito, D.D., T.M. Eubanks, and J.A. Steppe.

"Kalman Filtering of Earth Orientation Changes", The

Earth's Rotation and Reference Frames for Geodesy

and _ 257, The Jet Propulsion

Laboratory, Pasadena, CA, 1988.

Rogers, A.E.E., R.J. CappaUo, H.F. Hinteregger, J.I.Levine, E.F.Nesman, J.C. Webber, A.R. Whitney, T.A.

Clark, C. Ma, J.W. Ryan, B.E. Corey, C.C.

Counselman, T.A. Herring, I.I. Shapiro, C.A. Knight,

D.B. Shaffer, N.R. Vandenberg, R. Lacasse, R.

Mauzy, B. Rayhrer, B.R. Schupler, and J C Pigg,

"Very-Long-Baseline Radiolnterferometry:. TheMarkIII System for Geodesy, Astrometry, and Aperture

Synthesis', Science 219, 51, 1983.

Saastamoinen, J., "Atmospheric correction for the

troposphere and stratosphere in radio ranging ofsatellites', The Use of Artificial SateBRes for Geodesy,

Geopys. Monogr. Ser., vol 15, ed. by S.W. Henriksen,

247, AGU, Washington, D.C., 1972.

Treuhaft, R.N. and G.E. Lanyi, Whe Effect of the

Dynamic Wet Troposphere on Radio Interferometric

Measurements', Radio Science 22, 251, 1987.

32

1.0 Stations and Site_

Table 1.1 describes the radio telescopes located at fixed stations. Each antenna has a unique name used

throughout this report consisting of at most eight upper case characters. The entries give the antenna diameter,location and operating institution. Table 1.2 has the latitude and longitude for each VLBI mobile site and fixed

station, as well as the associated monument number. Each mobile site has a unique name of the same form as

the station names. The monument number is followed by a single character. A 'G' indicates a ground

monument while an 'A' indicates that the monument number refers to a point in the antenna (usually the

intersection of axes). This code is followed by a three-letter code showing on which tectonic plate the site was

assumed to be for the solutions. The selection of tectonic plate was somewhat arbitrary in some cases but does

not affect the total velocity. The codes are:

AFR - African

AUS -- Australian

EUR - Eurasian

IND -- Indian

NOA - North American

PCF -- Pacific

SOA -- South American

A nearby geographical location is given for each site for quick reference.

L1

Table 1.1

VLBI OBSERVING STATIONS

AI_OPARK_ 46-m-diameter antenna at the

Algonquin Radio Observatory near Lake Traverse,

Ontario, Canada.

CHLBOLTN, 26-m-diameter antenna located in

Chilbolton, England and operated by the Appleton

Laboratories. (No longer in use for VLBI.)

DSS15, M-m-diameter antenna operated by theDeep Space Network in the Goldstone Tracking

Complex near Barstow, California.

DSS45, 34-m-diameter antenna operated by the

Deep Space Network in Tidbinbilla, Australia.

DS,.'.'.'.'.'.'.'.'._5,M-m-diameter antenna operated by the

Deep Space Network in Madrid, Spain.

Observatory and located near Fort Davis, Texas.

(No longer in use.)

KASHIMA, 26-m-diameter antenna at the Kashima

Space Research Center, Kashima, Japan.

KASHIM34, 34-m-diameter antenna at the Kashima

Space Research Center, Kashima, Japan.

KAUAI, 9-m-diameter antenna operated by the

CDP at the Kokee Park Geophysical Observatory

on the island of Kauai in Hawaii. (Formerly part of

NASA's Spaceflight Tracking and Data Network.)

KWAJAL26, 26-m-diameter TRADEX antenna

operated for the U.S. Air Force by Lincoln

Laboratory in the Marshall Islands.

EP1,SBERG, 100-m-diameter antenna of the Max

Planck Institute for Radio Astronomy located near

Effelsberg, Germany.

F1)-VI.,BA, 25-m-diameter antenna of the Very

Long Baseline Array (VLBA) near Ft. Davis, Texas.

LA-VI.,BA, 25-m-diameter antenna of the VLBA

near Los Alamos, New Mexico.

MARCUS, 10-m-diameter antenna operated by theCRL on the island of Minami-tori Shima in the

Western Pacific Ocean.

GIIAZREEK, 26-m-diameter antenna operated by

the CDP and located at the NOAA/NESDIS facilityat Gilmore Creek, Alaska, near Fairbanks.

GOLDVENU, 26-m-diameter antenna operated by

the Deep Space Network in the Goldstone Tracking

Complex near Barstow, California. Also calledDSS13.

HARTRAO, 26-m-diameter antenna at the

Hartebeesthoek Radio Astronomy Observatory near

Johannesburg, South Africa.

HATCREEK, 26-m-diameter antenna at the Hat

Creek Radio Observatory, HatCreek, California.

HAYSTACK, 37-m-diameter antenna at the

Haystack Observatory, Westford, Massachusetts.

HOBART26, 26-m-diameter antenna operated bythe University of Tasmania at Hobart, Tasmania,Australia.

HRAS 085, 26-m-diameter antenna at the George

R. Agassiz Station operated by the Harvard College

MARPOINT, 26-m-diameter antenna of the U.S.

Naval Research Laboratory located near Maryland

Point, Maryland. (No longer in use for routine

operations.)

MATERA, 20-m-diameter antenna operated by the

Italian Space Agency (ASI) in Matera, Italy.

MEDICINA, 32-m-diameter antenna operated by

the University of Bologna, near Bologna, Italy.

MOJAVE12, 12om-diameter antenna located at the

NASA Goldstone complex near Barstow, California

and operated by the NGS.

NOBEY 6M, 6-m-diameter antenna of the National

Astronomy Observatory at Nobeyama, Japan.

NOTO, 32-m-diameter antenna operated by the

University of Bologna at Noto, Sicily, Italy.

NRAO85 3, 26-m-diameter antenna at the National

Radio Astronomy Observatory, Green Bank, West

Virginia, operated for the U.S. Naval Observatory.

1.2

Table L1 (continued)

NRAO 140, 43-m-diameter antenna at the National

Radio Astronomy Observatory, Green Bank, West

Virginia.

ONSALA60, 20-m-diameter antenna at the Ousala

Space Observatory, Onsala, Sweden.

OVRO 130, 40-m-diameter antenna at the Owens

Valley Radio Observatory, Big Pine, California.

PIETOWN, 25-m-diameter antenna of the VLBA

near Pietown, New Mexico.

RICHMOND, 18-m-diameter antenna of the U.S.

Naval Observatory near Miami, Florida.

ROBLED32, 32-m-diameter antenna located at the

NASA Madrid complex in Spain and operated bythe Deep Space Network.

SANTIA12, I2-m-diameter antenna located in

Peldehue, Chile and operated by the Center for

Space Studies of the University of Chile.

SESHAN25, 25-m-diameter antenna of the Shanghai

Astronomical Observatory near Shanghai, China.

SEST, 15-m-diameter antenna operated by the

European Southern Observatory (ESO) near CerroToloUo, Chile.

SHANGHAL 6-m-diameter antenna at the Shanghai

Astronomical Observatory in Shanghai, China.

USUDA64, 64-m-diameter antenna operated by the

NASDA near Usuda, Japan.

VNDNBERG, 9-m-diameter antenna operated by

the CDP and located at the Vandenberg Air Force

Base in California. (Ceased operations Summer

1990.)

WESTFORD, 18-m-diameter antenna at the

Haystack Observatory, Westford, Massachusetts.

WE'I'rZEL_ 20-m-diameter antenna located in

Bavaria, Germany and operated by the German

Institute for Applied Geodesy (IfAG).

1.3

Table 1.2

VLBI SITE LOCATIONS

Site Name Morn

ALGOPARK

AUSTINTX

BERMUDA

BLKBUTTE

BLOOMIND

BREST

CARNUSTY

CARROLGACHLBOLTN

DEADMANL

DSS15

DSS45

DSS65

EFLSBERG

ELY

FD -VLBA

FLAGSTAF

FORT ORD

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

HALEAKAL

HARTRAO

HATCREEK

HAYSTACKHOBART26

HOHENFRG

HRAS 085JPL MV1

KASHIM34

KASHIMA

KAUAI

KODIAK

KWAJAL26

LA-VLBA

LEONRDOK

MAMMOTHL

7282 A

7271 G

7294 G

7269 G

7291 G

7604 G

7603 G

7228 G

7215 A7267 G

7231 A

1642 A

1665 A

7203 A

7286 G

7613 A

7261 G

7266G

7241 G

7900G

7225A

1513 A

7102 G

7605 G

7120 G

7232 A

7218 A

7205 A7242 A

7600G

7216 A

7263 G1857 A

1856 A

1311 A

7278 G

4968 A

7611 A

7292 G

7259 G

Pit

NOAN0A

NOA

NOA

NOA

EUR

EUR

NOA

EURNOA

NOA

AUS

EUR

EUR

NOA

NOA

NOA

PCF

PCF

NOA

NOA

NOA

NOA

EUR

PCF

AFR

NOA

NOAAUS

EUR

NOA

PCFNOA

NOA

PCF

NOA

PCF

NOA

NOA

NOA

Location

Lake Traverse, Ont., Canada

Austin, Texas

Bermuda Islands, U.K.

Black Butte, California

Bloomington, Indiana

Brest, France

Carnoustie, Scotland

Carrolton, Georgia

Chilbolton, EnglandDeadman Lake, California

Barstow, California

Tidbinbilla, Australia

Madrid, SpainEffelsberg, Germany

Ely, Nevada

Ft. Davis, Texas

Flagstaff, ArizonaSand City, California

Sand City, California

Fort Davis, Texas

Fairbanks, Alaska

Barstow, California

Beltsville, MarylandGrasse, France

LURE Obs., Maui, Hawaii

Johannesburg, South Africa

Hat Creek, California

Westford, MassachusettsHobart, Tasmania, Australia

Hohenbueustorf, Germany

Fort Davis, Texas

Pasadena, California

Kashima, Japan

Kashima, JapanKokee Park, Kauai, Hawaii

Kodiak, Alaska

Roi-Namur, Marshall Islands

Los Alamos, New Mexico

Leonard, Oklahoma

Mammoth Lakes, California

LAT

dog rain

45 57

30 20

32 22

33 40

39 11

48 24

56 29

33 34

51 0934 15

35 25

-35 23

40 26

50 31

39 18

30

35

36

36

36

6435

39

43

20

-25

4042

-42

53

30

3435

35

22

57

9

35

35

37

38

13

4O

35

35

59

15

01

45

42

52

49

3747

03

3812

57

57

08

44

24

47

55

38

LONG

deg rain

281 56

262 18

295 20

244 17

273 30

355 30

357 13

274 53

358 34

243 43

243 07

148 59

355 45

6 53

245 09

256 03

24822

238 14

238 14

238 14

212 30

243 12283 10

6 55

203 45

27 41

238 32

288 31147 26

10 29

256 03

241 50140 40

140 40

20020

207 30

167 29

253 45

264 12

241 03

1.4

Table 1.2 (continued)

VLBI SITE I.DC.ATIONS

LAT LONG

Site Name Mon.

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

METSHOVI

MILESMONMIYAZAKI

MIZUSGSI

MOJ 7288

MOJAVE12

MON PEAK

NOBEY 6M

NOME

NOTO

NRAO 140

NRAO85 3

OCOTILLO

ONSALA60

OVR 7853

OVRO 130

PBLOSSOM

PENTICTN

PIETOWN

PINFLATS

PLATTVIL

PRESIDIO

PT REYES

PVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

SESHAN25SEST

SHANGHAI

SINTOTU

SNDPOINT

7310 A

7217 A

7243 A

785O G

7230 A

7601 G

7038 G7312 G

7314 G

7288 G

7222 A

7274 G

7244 A

7279 G

7547 A

7204 A

7214 A

7270 G

7213 A

7853 G

7207 A

7254 G

7283 G

7234 A

7256 G

7258G

7252 G

7251 G

7268 G

7221 G

7219 A

1561 A

7255 G

1404 A

7229 G

7227 A

7239 A

7226 A

7315 G

7280 G

Pit

PAC

NOA

EUR

NOA

EUR

EUR

NOA

EUR

NOA

NOA

NOA

PCF

NOA

NOA

EUR

NOA

NOA

NOA

EUR

NOA

NOA

PCF

NOA

NOA

NOA

NOA

PCFPCF

PCF

NOA

NOA

EUR

PCF

SOA

NOA

EUR

SOA

EUR

NOA

NOA

Location deg mia deg min

Miami-toil Shima, Japan

Maryland Point, Maryland

Matera, Italy

Fort Davis, Texas

Mexliciaa, Italy

Metsahovi, Finland

Miles City, Montana

Miyazaki, Japan

Mizusawa, JapanBarstow, California

Barstow, California

Monument Peak, California

Nobeyama, Japan

Nome, Alaska

Noto, Sicily, Italy

Green Bank, West Virginia

Green Bank, West Virginia

OeotiUo, California

Onsala, Sweden

Big Pine, California,=,

Big Pine, CaliforniaPearblossom, California

Penticton, B.C., Canada

Pie Town, New Mexico

Pinyon Hats, California

Platteville, ColoradoSan Francisco, California

Point Reyes, California

Palos Verdes, California

Quincy, California

Miami, Florida

Madrid, Spain

Santa Paula, California

Peldehue, Chile

Seattle, Washington

Shanghai, ChinaCerro Tolollo, Chile

Shanghai, China

Mashike, Hokaido Island, Japan

Sand Point, Alaska

24 17

38 22

4O 39

30 41

44 31

60 15

46 24

32 05

39 07

35 20

35 20

32 5435 56

64 34

36 53

38 26

38 26

32 47

57 24

37 14

37 14

34 31

49 1934 18

33 37

40 11

37 48

38 06

33 45

39 58

25 37

40 26

34 23

-33 0847 41

31 06

-29 15

31 1143 32

55 21

153 59

282 46

16 42

255 59

11 39

2423

254 08

131 29

141 12243 07

243 07243 35

13828

194 38

14 59

280 10

28009

244 12

11 56

241 42

241 43

242 05

240 23

251 53

243 32

255 16

237 33

237 04

241 36

239 03

279 37

355 45

241 00289 20

237 45

121 12289 16

121 26

141 51

199 31

1.5

Table1.2 (continued)

VLBI SITE LOCATIONS

LAT LONG

Site Name Mort.

SOURDOGH

TITIJIMA

TROMSONO

TRYSILNO

TSUKUBA

USUDA64

VERNAL

VICTORIA

VNDNBERG

WESTFORD

WETTZELL

WHTHORSE

YAKATAGA

YELLOWKN

YLOW7296

YLrMA

7281

7316

7602

7607

7311

7246

729O

7289

7223

7209

7224

7284

7277

7285

7296

7894

GG

G

GG

A

G

G

G

A

A

G

G

G

G

G

Pit

NOA

PCF

EUR

EUR

NOA

EURNOA

NOA

PCF

NOA

EUR

NOA

NOANOA

NOA

NOA

Location deg min deg min

Sourdough, Alaska

Titi Jima Island, Japan

Tromso, Norway

Trysil, Norway

Tsukuba, Japan

Usuda, Japan

Vernal, Utah

Victoria, Vancouver, Canada

Vandenberg AFB, California

Wesfford, Massachusetts

Wettzell, Bavaria, FRG

Whitehorse, Yukon Ter., Canada

Cape Yakataga, Alaska

Yellowknife, NW Ter., CanadaYellowknife, NW Ter., Canada

Yuma, Arizona

62 40

27 06

69 40

61 25

36 06

36 08

4O 2O

48 23

34 33

42 37

49 09

60 43

60 05

62 2962 29

32 56

214 31

142 12

18 56

12 23140 05

13822

25026

236 31

239 23

28830

12 53

224 55

217 31

245 32

245 31

245 48

1.6

2.0 Summary of Sessions by Database and Site

Table 2.1 is a summary of the observing sessions. Each line corresponds to one session and contains the

database name of the session and an asterisk (*) to indicate which fixed stations and/or mobile sites participated.

The final character in each database name was meant to indicate the type of observing session but this

convention has not been consistently used; the session types are, however, identified in the column to the fightof the database name. These session types correspond to the observing programs described in detail in SectionIL B. of the text.

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2.43

3.0Source Coordinates from Solution GLB867

Table 3.1 gives the estimated positions of the observed extragalactic radio sources. One-sigma standard statistical

errors are given in units of seconds of time for right ascension and arcseconds for declination. The right

ascension of 0420-014 was fLxed at the indicated value in order to establish the right ascension origin in the

celestial reference frame.

3.1

Table 3.1

SourceName

0016+731

0039+230

0048-097

0104-408

0106+013

0112-017

0119+041

0123+257

0133+476

0146+056

0148+274

0149+218

0201+113

0202+149

0202+319

0208-512

0212+735

0215+015

4C67.05

0229+131

0234+285

0235+164

0237-233

0256+075

0300+470

0308-611

3C84

NRAOI40

CTA26

NRAOI50

0402-362

0420-014

0422+004

3C120

0434-188

0454-234

0458-020

0530-727

0528+134

0537-441

Hr

00

00

00

01

01

01

01

01

01

01

01

01

02

02

02

02

02

02

02

02

02

02

02

02

03

03

03

03

03

03

04

04

04

04

04

04

05

05

05

05

VLBI Source Positions

Right Ascension

Mn Seconds ! Uncert.

19

42

50

06

08

15

21

26

36

49

45.785518

4.544937

41.317288

45.107956

38.770938

17.099715

56.861546

42.792384

58.594439

22.370626

i

i .000021

i.000062

i .000003

).000029

) .oooooii

i.000047

) .000001

).000066).ooooo9

).000111

51

52

03

04

05

I0

17

17

28

31

27.145920

18.058885

46.656875

50.413715

4.929047

46.200552

30.812467

48.954565

50.050855

45.893876

).oooo54) .000072

) .000012).ooooo4).004025)).oooo13i.000021

) .000049

).000021

).ooooo237

38

40

59

03

09

19

36

39

59

03

23

24

33

37

52.405427

38.929905

8.174355

27.076451

35.241876

56.099351

48.159784

30.107384

30.937662

29.746926

53.749902

15.800590

46.841544

11.095325

1.482613

i .ooooo3

i .000003

).000045) .000019

) .000007ii.oooo29) .000008

.000013

) .000007

).000008

)oooon) .000000

).000665

).oooo2l).000011

57

01

29

30

38

3.179133

12.809751

30.042400

56.416596

50.361477

i).000003) .000005

i.oooo55i .000002

.000010

from GLB867

Declinationi

Deg Mn Seconds

73 27 30.01689 i

23 20 1.06172 i-09 29 5.20943 i

-40 34 19.95896 i

01 35 .31786 ii

-01 27 4.57645 )

04 22 24.73535 )

25 59 1.30172 i

47 51 29.10074 i

05 55 53.57050 )i

27 44 41.79429 1

22 07 7.69925 1ii 34 45.41077 i

15 14 11.04458 i

32 12 30.10000 ii

-51 O1 1.88998 )

73 49 32.62292 )

01 44 49.70112 1

67 21 3.03057 i

13 22 54.71808 ii

28 48 8.99169 (16 36 59.27642 )

-23 09 15.72646 )

07 47 39.64519 )

47 16 16.27734 ))

-60 58 39.05375 )

41 30 42.10443 )

32 18 29.34469 i-01 46 35.80133 i

50 57 50.16414 !

-36 05 1.90967 )

-01 20 33.06182 )

O0 36 6.32283 !

05 21 15.62206 )

-18 44 48.60893 ){

-23 24 52.01592 )

-01 59 14.25227 )

-72 45 28.50392 )

13 31 55.15323 )

-44 05 8.93508 )

Uncert.

.00009

.00083

.00011

.00098

.00010

.00064

.00010

.00091

.00011

.00136

.00054

.00078

.00026

.00011

.00811

.00015

.00009

.00059

.00015

.00010

.00009

.00011

.00155

.00054

.00009

.00022

.00012

.00022

.00019

.00010

.00052

.00010

.00681

.00055

.00032

.00011

.00020

.00027

.00010

.00017

3.2


VLBI Source Positions from GLB867

Source

Name

0537-286

0552+398

0637-752

0636+680

0642+449

0657+172

0716+714

0723-008

0727-115

0733-174

0735+178

0742+103

0743-006

0745+241

0748+126

0754+100

0814+425

0820+560

0823+033

0J287

0859+470

0919-260

4C39.25

0925-203

0K290

0954+658

I034-293

I038+52A

1055+018

1057-797

ii04-445

1123+264

1124-186

1127-145

1144+402

I144-379

1150+812

1156+295

1219+285

1222+037

HE

Right Ascension

Mn Seconds _ Uncert.

05

05

06

06

06

07

07

07

07

07

39 54.281363

55 30.805416

35 46.507868

42 4.257264

46 32.025895

O0 1.525404

21 53.448360

25 50.640351

30 19.112329

35 45.781446

) .000034

) .000005

) .000033i .000083i .000020

) .000005

) .000027

) .000653) .oooool) .024735

07

07

07

07

07

38 7.393639

45 33.059382

45 54.082336

48 36.109171

50 52.046084

) .000003

) .ooooo2i .ooo496i .000007

).000299

O7

O8

O8

O8

O8

57 6.643080

18 15.999562

24 47.236298

25 50.338242

54 48.874831

1.000237

i .000009

) .000049) .000002) .ooooo3

O9

09

09

09

O9

03 3.990093

21 29.353648

27 3.013868

27 51.824136

56 49.875316

l.oooo12) .000007i .000005

i .000027

i .000004

09 58 47.245324

i0 37 16.079497

I0 41 46.781774

I0 58 29.605089

I0 58 43.308529

Ii 07 8.693827

ii 25 53.711892

ii 27 4.392238

Ii 30 7.056113

Ii 46 58.297971

) .oooo14.000005

i .oooo35_.ooooo2i.oooo55)) .000013{ .000008) .000008

i .001572) ooooo6

ii

II

Ii

12

12

47 1.370375

53 12.500441

59 31.833907

21 31.690549

24 52.421771

) .000031) .000079

) .000004

).000017

) .000015

Declination

Deg Hn Seconds

-28 39 55.94316

39 48 49.16853

-75 16 16.81163

67 58 35.62408

44 51 16.59323

17 09 21.70552

71 20 36.36690

-00 54 56.53248

-Ii 41 12.59604

-17 35 50.80319

17 42 19.00221

i0 Ii 12.69655

-00 44 17.53431

24 O0 24.11382

12 31 4.83915

09 56 34.85857

42 22 45.41856

55 52 42.67327

03 09 24.52410

20 06 30.64439

46 51 4.14063

-26 18 43.38198

39 02 20.85506

-20 34 51.22912

25 15 16.05265

65 33 54.82076

-29 34 2.81010

52 33 28.23300

Ol 33 58.82618

-80 03 54.15758

-44 49 7.61637

26 i0 19.98053

-18 57 17.43971

-14 49 27.35547

39 58 34.30602

-38 12 11.02129

80 58 29.15541

29 14 43.82824

28 13 58.50156

03 30 50.29455

i Uncert.

i .00047

) .00009

) .ooo14) .ooo56) .ooo31

) .00013

) .00013.01021

i .00010

) 1.18912)) .OOOLO) .00010

i .00764i .00013

) .00440

i .00328

i .00011

) .00034) .OOOLO) .oooo9

) .ooo17) .00024

! .00009

i .00098

i .ooon) .oooo9i .00011

{ .00048i .00011

! .00014

) .00017

i .00017

i .00033} .01274

) .00010

i .00082

i .00021

) .OOOLO) .00061

) .ooo45

3J


Source

Name

3C273B

3C274

1244-255

3C279

1308+326

1313-333

3C286

1334-127

1351-018

1354+195

1354-152

0q2081418+546

1424-418

OQ172

1502+106

1510-089

1519-273

1548+056

1606+106

CTD93

1611+343

1614+051

1610-771

1622-253

1624+416

1633+38

1637+574

NRA0512

1642+690

3C345

DA426

1656+053

NRA0530

1739+522

1741-038

1749+701

1749+096

1803+784

3C371

HE

12

12

12

12

13

13

13

13

13

13

13

14

14

14

14

15

15

15

15

16

16

16

16

16

16

16

16

16

16

16

16

16

16

17

17

17

17

17

18

18

VI,BI Source Positions

Right Ascension

Mn Seconds i Uncert.

29 6.699605

30 49.423301

46 46.801803

56 11.166356

10 28.663887

i .000001

i .000045

E .OOO013i .000003

i .000005

16 7.985648

31 8.228184

37 39.782594

54 6.895164

57 4.436616

57 11.244767

07 .394404

19 46.597594

27 56.297198

45 16.465251

i .000051

i .001982

i .0000021.000167

i .000005

i

i .000011

).ooooo3i .ooooloi .000011

( .000064

04 24.979697

12 50.532770

22 37.675778

50 35.269137

08 46.203071

09 13.321256

13 41.064235

16 37.556723

17 49.275719

25 46.891433

i

i.ooooo2i .000003

) .oooo12).ooooo2i .000007

).oonooi .000004

i.oooo28i .000047

i .000004

25 57.669037

35 15.492954

38 13.456404

40 29.632513

42 7.848740

42 58.809945

53 52.217040

58 33.447214

33 2.705627

40 36.977835

)!.ooo699i .ooooo5) .000010

!.ooo372).oooo19i

) .ooooo5

) .000881! .000024

) .000003

).000008

43 58.856006

48 32.840109

51 32.818459

O0 45.684110

06 50.680877

i .oooool! .000133

).000002

)oooo29

) .000433

from GLB867

Declination

De a Mn Seconds i

|

02 03 8.59964 )

12 23 28.04599 1

-25 47 49.28771 i-05 47 21.52332 i

32 20 43.78312 )

-33 38 59.16933 )

30 30 34.44441 )-12 57 24.69255 !

-02 06 3.19031 i

19 19 7.37167 )!

-15 27 28.78497 )

28 27 14.68938 )54 23 14.78627 1

-42 06 19.43806 i

09 58 36.07202 i

I0 29 39.19738 )

-09 05 59.83045 i-27 30 10.78581 l

05 27 10.44655 1

10 29 7.77390 !

26 41 28.99267 )

34 12 47.90675 )

04 59 32.73493 )-77 17 18.47002 E

-25 27 38.32830 ))

41 34 40.62728 )

38 08 4.49814 )

57 20 23.97653 i39 46 46.02600

56 39.75375 i68

39 48 36.99142 )39 45 36.60462 i

05 15 16.44151 i

-13 04 49.55044 i

52 Ii 43.40452 !

-03 50 4.61913 )

70 05 50.76561 )09 39 .72573 )

78 28 4.01524 1

69 49 28.10597 i

Uncert.

.00010

.00050

.00048

.00012

.00010

.00220

.85338

.00010

.00057

.00012

.00050

.00009

.00010

.00018

.00041

.00010

.00012

.00079

.00010

.00016

.03118

.00009

.00035

.00017

.00011

.00166

.00009

.00010

.00087

.00011

.00009

.00298

.00042

.00010

.00009

.00010

.00057

.00010

.00009

.00133

3.4


VLBI Source Posltlons from GLB867

DeclinationSource

Name

1815-553

1823+568

1831-711

3C390.3

1921-293

1923+210

1928+738

1954+513

1958-179

2000-330

2007+777

2008-159

3C418

2113+293

2121+053

2126-158

2128-123

2134+00

2144+092

2145+067

2155-152

VR422201

2201+315

2216-038

CTAI02

2234+282

2243-123

3C454.3

2253+417

2255-282

2326-477

2345-167

2352+495

2355-534

2355-106

Hr

Risht Ascension

Mn Seconds i Uncert.

18

18

18

18

19

19

24

37

42

24

45.399338

7.068310

28.715437

8.990831

51.055827

i.oooo21i.oooo15i .000475

i.ooo55o)ooooo4

19

19

19

20

20

25

27

55

O0

03

59

48

42

57

24

.605249

.495045

•738086

.090327

.I16293

).ooooo9) .000026

! .000022

).000003

).000412

20

20

20

21

21

21

21

21

21

21

05

Ii

38

15

23

29

31

36

47

48

30

15

37

29

44

12

35

38

I0

5

.997359

•710803

.034527

.413259

.517240

.175741

.261626

.586183

.162755

.458525

).001261

i .000077

.ooooo9) .000010

) .000001

)•000043

) .000003

)•000002•000259

) .000001

21

22

22

22

22

22

22

22

22

22

23

23

23

23

23

58

02

03

18

32

36

46

53

55

58

29

48

55

57

58

6.281737

43.291112

14.975560

52.037607

36.408739

22•470650

18.231882

57.747753

36.707554

5.962852

17.704430

2.608460

9.594040

53.266264

10.882316

) .000027

i •000006i •000004

i .000001

).000005i).000003

) .000008

).000002

).000019)ooooo4ii •000019

)•000005i .004804

i .000036

)•000006

Deg Mn Seconds

-55 21 20.74832

56 51 1.48779

-71 08 43.55650

79 46 17.12463

-29 14 30.12312

21 06 26.15893

73 58 1.56672

51 31 48.54299

-17 48 57.67485

-32 51 45.13077

i Uncert.

) .00020

! .00014

) .00237) .00085) •00011)) .00020) .00011! .00021

) .00012) .00675

77 52 43.24456 )

-15 46 40.25815 !

51 19 12.65964 1

29 33 38.36425 1

05 35 22.09095 i

-15 38 41.04126 i

-12 07 4.79840 i

O0 41 54.21158 i

09 29 46.66800 i

06 57 38.60212 )

-15 Ol 9.33033 )

42 16 39.97767 i

31 45 38.26766 i-03 35 36.88090 i

II 43 50.90257 i

28 28 57.41156 )

-12 06 51.27841 )

16 08 53.55937 i

42 02 52.53107 i

-27 58 21.25710 ii

-47 30 19.11516 )-16 31 12.02204 )

49 50 9.43609 i

-53 ii 13.68972 1

-10 20 8.61063 i

•00189

.004O8

•00010

.00027

.00010

.00078

.00012

.00011

.00307

.00010

.00051

.00009

.00010

.00010

.00013

.00009

.00027

.00009

.00034

.00011

.00035

.00013

.93849

.00051

.00031

3.$

4.0 Site Positions and Velocities f_om Solution GLB867

Table 4.1 gives geocentric Cartesian positions in ram, velocities in mm/yr, 1-a standard statistical errors, andtheir correlations (in lower triangular form) for each site in the VLBI reference frame at the site reference

epoch January 1, 1988. Some site velocities were not adjusted because of insufficient data, the corresponding

velocity errors for these sites are zero.

The positions for HRAS 085 for every two months from April 1980 through July 1990 are given in Table 4.2.

The continuous piecewise-linear method used to estimate these positions is described in the text. As no velocities

were estimated for HRAS 085 only positions and their errors are shown.

Table 4.3 gives total site velocities and l-or standard statistical errors in local East, North, and Up coordinates

as well as the corresponding horizontal rates and azimuths for each site from GLB867. These velocities, rates,

and azimuths are also given as corrections relative to NUVEL. The length, azimuth, and elevation for each axis

of the velocity error ellipsoid are given. As in Table 4.1 the sigmas and error ellipsoid parameters for sites

whose velocities were not adjusted are zero.

Table 4.4 is the correlation matrix of all Cartesian site positions and velocities for GLB867. This table consistsof two parts. The upper part shows a number which is associated with each component or velocity, the name

of the component or velocity, and its sigma. The lower part of the table is the actual correlation matrix in lower

triangular form. The rows of the matrix wrap around every 20th element. Table 4.4 is only available inmachine-readable form in the file.

4.1

Table 4.1

Geo©s_io Caz_a£-_ Site Coordinat_m m_d Velo¢£t£ea _ Global Solnt£_ 665

ALGOPARK Coordinate Reference Epoch - 88 01 01

7282 Value Error Correlation Matrix:

X (mm) 918034964.7 .7 1.000

Y (-_) -4346132248.6 2.7 -.205 1.000

Z (-_) 4561971070.9 2.6 .196 -.896 1.000

X vel (mm/yr) -17.5 .3 -.708 .107 -.061 1.000

Y vel (mm/yr) -4.0 .9 .095 -.803 .710 -.246

Z vel (,_/yr) 3.4 .9 -.060 .719 -.783 .211

X Y Z X vel

1.000

-.906 1.000

Y vel Z vel

AUSTINTX Coordinate Reference Epoch = 88 01 01


X (mm) -737793684.4 3.7 1.000

Y (mm) -5459892244.8 16.1 .871 1.000

Z (mm) 32029g0419.8 9.5 -.617 -.691 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel ("wn/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

BERMUDA Coordinate Reference Epoch - 88 01 01


X (_m) 2307209618.5 8.3 1.000

Y (mm) -4874215877.4 27.9 -.940 1.000

Z (_n) 3394317830.6 19.1 .918 -.980 1.000

X veL (_n/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X ¥ Z

1.000

.000

.000

X vel

1.000

.000 1.000

Y vel Z vel

BLEBUTTE Coordinate Reference Epoch = 88 01 01


X (mm) -2306306824.9 5.0 1.000

Y (mm) -4787914405.2 10.3 .947 1.000

Z (mm) 3515736378.5 7.8 -.908 -.914 1.000

X vel (_n/yr) -17.4 3.5 .560 .542 -.500

Y vel (mm/yr) 13.7 7.3 .539 .572 -.512

Z vel (mm/yr) -13.4 5.2 -.516 -.532 .532

X Y Z

1.000

.960

-.938

X vel

1.000

-.956 1.000

Y vel Z vel

BLOOMIND Coordinate Reference Epoch = 88 01 01


X (mm) 302384584.0 21.7 1.000

Y (mm) -4941699046.9 47.5 -.567 1.000

Z (mm) 4007908419.6 37.1 -.545 -.142 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000

.000

X vel

1.000

.000 1.000

Y vel Z vel

EREST Coordinate Reference Epoch = 88 01 01


X (mm) 4228877344.8 11.1 1.000

Y (mm) -333104403.2 2.5 -.097 1.000

Z (.w.) 6747180855.7 12.0 .890 -.121 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (_/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000

.000

X vel

1.000

.000 1.00o

Y vel Z vel

CARNUSTY

7603

X (mm)

Y Cram)

Z (mm)

X vel (---lyr)

Y vel (-v./yr)

Z re1 (.wn/yr)

Coordinate Reference Epoch = 88 01 01

Value Error Correlation Matrix:

3526416616.4 15.4 1.000

-171421305.1 3.9 .003 1.000

5294098730.4 20.9 .932 .033 1.000

.0 .0 .000 .000 .000

.0 .0 .000 .000 .000

.0 .0 .000 .000 .000

X Y Z

1.000

.000

.000

X vel

1.000

.o00 1.000

Y vel Z vel


Geoce_t_i© Cartemism Sit_ Coo_l/nat_s amd Velo©itiem from Global Solut4_ 865

CARROLGA Coordinate Reference Epoch - 88 01 01


X (mm) 453520746.7 g.2 1.000

Y (mm) -5300506772.4 34.2 -.406 1.000

Z (mm) 3507207367.6 20.6 .478 -.913 1.000

X vel (mmlyr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 ,0 ,000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X X Z

1.000

.000 1,000

.000 .000 1.000

X vel Y vel Z vel

CHLBOLTN Coordinate Reference Epoch - 88 01 01


X (mm) 4008310308.9 7.5 1.000

Y (mm) -100650970.6 3.7 -.556 1.000

Z (---) 4943794657.8 9.8 .780 -.526 1,000

X vel (mm/yr) ,0 .0 .000 .000 .000

Y vel (mm/yr) .0 ,0 ,000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 ,000

X Y Z

1.000

.000 1,000

.000 .000 1.000

X vel Y vel Z vel

DEADMANL Coordinate Reference Epoch - 88 01 01


X (mm) -2336819530.6 10.1 1.000

Y (mm) -4732586949.2 18.6 .946 1.000

Z (mm) 3570329948.3 14.0 -.907 -.937 10000

X vel (mm/yr) -42.4 10.8 .450 .430 -.400

Y vel (mm/yr) -37.1 20.7 .405 .435 -.399

Z vel (mm/yr) 24,3 14.6 -.403 -.428 .436

X Y Z

1.000

,951 1,000

-.911 -.951 1.000

X vel Y vel Z vel

DSS15 Coordinate Reference Epoch - 88 01 01


X (mm) -2353538627.7 3.5 1.000

Y (m) -4641649501.0 7.2 .870 1.000

Z (mm) 3676669970.9 6.5 -.729 -.828 1.000

X vel (mmlyr) -13.9 3.9 -.732 -.671 .538

Y vel (mm/yr) 14.5 8.0 -.651 -.708 .617

Z vel (mm/yr) -10.8 8.4 .444 .522 -,596

X Y Z

1.000

.760 1,000

-.641 -.873 1,000

X vel ¥ vel Z vel

DSS45 Coordinate Reference Epoch - 88 01 01


X (mm) -4460934878,7 11.9 1.000

Y (mm) 2682765839.7 9.0 -.300 1.000Z (mm) -3674381646.9 8.4 .040 .196 1.000

X vel (mmlyr) -31.9 3.9 -.744 .387 -.282

Y vel (mm/yr) 3.9 3,1 .343 -.398 .367

Z vel (mmlyr) 41.9 2.7 -.317 .360 -.262

X Y Z

1.000

-,419 1,000

.285 .086 1.000

X vel ¥ vel Z vel

DSS65 Coordinate Reference Epoch = 88 01 01


X (mm) 4849336901.7 5.0 1.000

Y (mm) -360489035.1 1.7 -.225 1.000

Z (mm) 4114748663.3 6.2 .784 -.173 1.000

X vel (mmlyr) -9.0 3.5 -.848 -.064 -.719

Y vel (mm/yr) 20.3 .7 -.125 -,466 .072

Z vel (mm/yr) 10.4 3.8 -.805 -.002 -.692

X Y Z

1.000

,130 1,000

.954 .100 1.000

X vel Y vel Z vel

EFLSBERG Coordinate Reference Epoch - 88 01 01


X (mm) 4033947725.2 3.2 1.000

Y (mm) 486990293.7 1.5 -.194 1.000

Z (mm) 4900430652.2 5.1 .577 -.258 1.000

X vel (mm/yr) -15.6 .8 .054 .I13 -.144

Y vel (mm/yr) 17.1 .5 -.003 -.178 .107

Z vel (mm/yr) 6.0 1.2 -.018 .016 .128

X Y Z

1.000

-.585 1.000

.551 -.433 1.000

X vel ¥ vel Z vel

4_


Geocentric Cartes£--StteCoozdinate8 _dValoctttea fz-_GlobalSolutic_ 865

ELY Coordinate Reference Epoch - 88 01 01


X (mm) -2077236173.5 3.3 1.000

Y (mm_ -4486712687.9 7.2 .917 1.000

Z (_n) 4018753705.0 6.I -.868 -.895 1.000

X vel (mm/yr) -18.7 2.2 -.219 -.221 .204 1.000

Y vel (-_/yr) 7.2 4.6 -.227 -.216 .207 .934 1.000

Z vel (mm/yr) -13.5 3.9 .215 .214 -.201 -.925 -.953 1.000

X Y Z X val Y vel Z vel

FD-_ Coordinate Reference Epoch - 88 01 Ol


X (mm) -1324008969.4 5.3 1.000

Y (mm) -5332181914.9 11.5 .407 1.000

Z (,xn) 3231962426.0 8.3 -.386 -.676 1.000

X vel (,_/yr) .0 .0 .000 .000 .000Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y re1 Z re1

FLAGSTAF Coordinate Reference Epoch - 88 01 01


X (-_) -1923992544.5 3.9 1.000

Y (_m) -4850854498.2 9.4 .908 1.000

Z (mm) 3658589255.9 7.2 -.870 -.905 1.000

X vel (mmlyr) -20.6 2.0 .189 .123 -.161

Y vel (=_/yr) -6.5 4.8 .118 .135 -.157

Z vel (mm/yr) -2.5 3.7 -.146 -.148 .210

X Y Z

1.000

.927 1.000

-.904 -.947 1.000

X vel Y vel Z vel

FORT ORE Coordinate Reference Epoch - 88 01 01


X (mm) -2697028629.0 5.3 1.000

Y (mm) -4354393260.7 8.5 .947 1.000

Z (mm) 3788077559.5 7.6 -.890 -.898 1.000

X vel (_m/yr) -34.6 2.8 .460 .432 -.399

Y vel (mm/yr) 27.1 4.6 .431 .449 -.399

Z vel (mm/yr) 26.6 3.9 -.414 -.415 .428

X Y Z

1.000

.960 1.000

-.943 -.954 1.000

X vel Y vel Z vel

FORTORDS Coordinate Reference Epoch = 88 01 01


X (mm) -2699840120.9 7.1 1.000

Y (mm) -4359127054.1 11.3 .956 1.000

Z (mm) 3781050907.7 9.5 -.914 -.923 1.000

X vel (mm/yr) -34.7 2.8 -.439 -.422 .425

Y vel (mm/yr) 27.1 4.6 -.420 -.431 .430

Z vel (mm/yr) 26.6 3.9 .411 .417 -.444

x Y Z

1.000

.960 1.000

-.943 -.954 1.000

X vel Y vel Z vel

PORTORDS Coordinate Reference Epoch = 68 01 01 Episodic date: 89 I0 01


X (mm) -2699840097.0 7.3 1.000

Y (---) -4359127031.3 11.6 .951 1.000

Z (mm) 3781050945.8 10.1 -.919 -.924 1.0oo

X re1 (mm/yr) --34.7 2.8 --.875 --.843 .813 1.000

Y vel (mmlyr) 27.1 4.6 -.840 -.866 .821 .960 1.000

Z vel (mm/yr) 26.6 3.9 .819 .829 -.851 -.943 -.954 1.000

X Y Z X vel Y vel Z vel

FTD 7900 Coordinate Reference Epoch = 88 01 01


X (mm) -1324227822.8 3.6 1.000

Y (mm) -5332063036.1 12.7 .744 1.000

Z (me.) 3232023003.6 7.7 -.729 -.856 1.000

X vel (mmlyr) .0 .0 .000 .000 .000

Y vel (-_/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X ¥ Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

4.4


Geocemtric Carteaiam Site Coordinates stud Velocities fxom Globsl Solution 865

GILCREEK Coordinate Reference Epoch ffi88 01 01


X (mm) -2281546987.6 1.2 1.000

Y (mm) -1453645014.8 1.8 .542 1,000

Z (mm) 5756993183.0 3.1 .147 -,633 1.000

X re1 (mm/yr) -21.2 .3 .162 .178 ,220

Y vel (mm/yr) .5 .5 .136 .312 --.234

Z vel (mm/yr) --9.8 .8 .191 --.191 .384

X Y Z

1,000

.439 1.000

.093 -.709 1.000

X vel Y vel Z vel

GOLDVENU Coordinate Reference Epoch

1513 Value Error

X (mm) -2351128994.3 1.4

Y (mm) -4655477047.3 2.7

Z (mm) 3660956861.0 3.1

X vel (mm/yr) -16.8 .4

Y vel (mm/yr) 9.9 .8

Z vel (mm/yr) --6.9 .7

" 88 01 01

Correlation Matrix:

1.000

.647 1.000

-.662 -.635 1.000

.034 -.018 -.057

-.041 .093 .053

-.084 -.011 .050

X Y Z

1,000

.535 1,000

-.605 -.807 1.000

X vel Y re1 Z vel

GORF7102

7102 Value Error

X (mm) 1130686704.9 5.3

Y (mm) -4831353008.7 18.9

Z (mm) 3994110813.0 15.5

X vel (mm/yr) -11.1 1.7

Y vel (mm/yr) -22.9 6.1

Z vel (mm/yr) 22.0 4,9

Coordinate Reference Epoch - 88 O1 01

Correlation Matrix:

1.000

-.760 1.000

.733 -.941 1,000

-.948 .721 -.694

.716 -.947 .881

-.701 .897 -.951

X Y Z

1,000

-.754 1.000

.734 -.929 1,000

X vel Y vel Z vel

GRASSE

7605 Value Error

X (mm) 4581697917.6 13.0

y (mm) 556125523.0 3.7

Z (.,m) 4389351311.4 13.5

X vel (mm/yr) .0 ,0

Y vel (mm/yr) .0 .0

Z vel (m_/yr) .0 .0


Correlation Matrix:

1.000

.732 1.000

.912 .714 1.000

.000 .000 .000

.000 .000 .000

.O00 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

HALEAKAL

7120 Value Error

X (nm) -5465998346.2 14.1

y (mm) -2404408479.3 7.4

Z (mm) 2242228402.6 7.7

X vel (mm/yr) -15.7 ,2

Y vel (mm/yr) 66.5 .7

Z vel (mm/yr) 31.9 ,7


Correlatlon Matrix:

1.000

.890 1,000

-.757 -.657 1.000

-.088 -.051 .184

.046 .195 .065

-.025 .135 .195

X Y Z

1.000

-.259 1.000

.515 .694 1.000

X vel Y vel Z vel

HARTRAO

7232 Value Error

X (,,_) 5085442961.0 8.8

Y (,,_) 2668263290.9 6.8

Z (mm) -2768697216.8 6.4

X vel (mmlyr) .2 2,8

Y vel (mm/yr) 15.0 2.0

Z vel (_/yr) 12.3 1.7

Coordinate Reference Epoch - 88 01 01

Correlatton Hatrtx:

1.000

.013 1,000

.245 .672 1.000

-.607 -.170 -.210

-.039 -.113 .222

-.072 .156 .030

X Y Z

1.000

-.017 1.000

.094 .495 1.000

X vel Y vel Z vel

HATCREEK

7218 Value Error

X (mm) -2523969794.1 .8

Y (mm) -4123506326,4 1.9

Z (=m) 4147752550.7 2.6

X vel (mm/yr) -20.9 ,4

Y re1 (mm/yr) 8.9 .8

Z vel (mm/yr) -7.4 ,8


Correlation Matrix:

1.000

.668 1.000

-.519 -.495 1,000

-.383 -.214 .193

-.264 -.125 .229

.242 .253 -.148

X Y Z

1.000

.753 1.000

-.677 -.816 1.000

X vel Y vel Z vel

4_


Geoc_t_tc Cmrtmsism Stte _tes taxi Velocities from Gl_=al Sol_.lon 865

HAYSTACK Coordinate Reference Epoch - 88 01 01


X (mm) 1492404946.9 .3 1.000

Y (mm) -4457266533.9 .7 -.509 1.000

Z (mm) 4296881671.1 .7 .496 -.799 1.000

X vel (nm/yr) -16.7 .i -.363 .175 -.155

Y vel (mm/yr) --.6 .3 .170 --.435 .334

Z vel (wmlyr) 3.9 .3 -.145 .321 -.471

X Y Z

1.000

-.466 1.000

.430 -.763 1.000

X re1 Y vel Z vel

BOBART26 Coordinate Reference Epoch - 88 01 01

7242 Value Error Correlatlon Matrix:

X Cmm) -3950236175.9 13.7 1.000

Y (-',-) 2522347617.4 10.6 -.391 1.000Z (mm) -4311562934.8 11.8 .343 -.118 1.000

X vel (mm/yr) -63.5 4.4 -.799 .447 -.517

Y vel (mm/yr) 10.7 3.5 .423 -.503 .502

Z vel (-_/yr) 28.8 4.0 -.505 .480 -.655

X Y Z

1.000

-.488 1.000

.514 -.225 1.000

X vel Y vel Z vel

BOH_NFRG Coordinate Reference Epoch - 88 01 01


X (mm) 3778215150.7 6.0 1.000

Y (-re) 698644566.1 2.4 .032 1.000

Z (mm) 5074053491.2 8.1 .731 .056 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mmlyr) .0 .0 .000 .000 .000

Z vel (mmlyr) .0 .0 .000 .000 .000

X ¥ Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

3PL MVl Coordinate Reference Epoch - 88 01 01


X (.I.) -2493305861.0 5.1 1.000

¥ (mm) -4655197575.0 9.3 .953 1.000

Z (-_-) 3565519294.6 7.3 -.915 -.913 1.000

X vel (ama/yr) -35.3 2.3 .638 .611 -.572

Y vel (mm/yr) 20.4 4.2 .603 .625 -.564

Z vel (mm/yr) 10.2 3.2 -.592 -.593 .593

X Y Z

1.000

.963 1.000

-.949 -.g59 1.000

X re1 Y vel Z vel

KASHIM34 Coordinate Reference Epoch - 88 01 011857 Value Error Correlation Matrix:

X (mm) -399764g050.1 3.5 1.000

Y (,,,',,) 3276690818.4 2.6 .084 1.000

Z (mm) 3724278928.0 6.5 -.404 .194 1.000

X vel (mmlyr) 2.5 1.0 .073 .600 .139

Y vel (mm/yr) 6.2 .7 .569 .069 -.013

Z vel (exalyr) -13.3 1.8 .069 -.051 .475

X Y Z

1.000

.214 1.000

-.170 .330 1.000

X vel Y re1 Z vel

KASBIMA Coordinate Reference Epoch - 88 01 01


X (mm) -3997892069.4 3.0 1.000

Y (mm) 3276581325.0 2.1 .541 1.000

Z (m_) 3724118321.0 6.2 -.326 .057 1.000

X vel (mm/yr) 2.5 1.0 .312 .564 .056

Y vel (---/yr) 6.2 .7 .508 .332 .070

Z veL (mmlyr) -13.3 1.8 -.026 .031 .560

X ¥ Z

1.000

.214 1.000

-.170 .330 1.000

X vel Y vel Z vel

KAUAI Coordinate Reference Epoch - 88 01 01


X (mm) -5543645866.6 2.4 1.000

y (mm) -2054564092.8 2.8 .600 1.000

Z (_m) 2387813769.6 4.5 -.716 -.142 1.000

X vel (=m/yr) -11.3 .2 -.665 -.183 .365

Y re1 (mm/yr) 67.5 .7 .363 .530 .117

Z vel (mm/yr) 31.6 .7 -.173 .334 .376X Y Z

1.000

-.259 1.000

.515 .695 1.000

X vel Y vel Z vel

4.6


Geoc--trtc _i--$iteCoordinates --_V.locittea from GlobalSolutto_865

KODIAK Coordlnate Reference Epoch - 88 01 Ol


X (mm) -3028939992.0 5.2 1.000

y (mm) -1575911749.3 3.8 .804 1.000

Z (mm) 5370362455.0 9.4 -.889 -.827 1.000

X vel (mm/yr) -24.6 3.5 -.429 -.357 .422 1.000

Y vel (mm/yr) 4.5 2.3 -.405 -.459 .431 .849 1.000

Z vel (mm/yr) 5.0 6.0 .437 .397 -.432 -.950 -.8?8 1.000

X Y Z X re1 Y vel Z re1

KWAJAL26 Coordinate Reference Epoch - 88 01 01


X (mm) -6143536321.5 10.0 1.000

y (mm) 1363987312.3 4.2 -.298 1.000

Z (mm) 1034707391.7 6.8 -.473 .301 1.000

X vel (mm/yr) 22.8 4.5 .698 -.267 -.216

Y vel (mm/yr) 71.9 1.6 -.317 .559 .267

Z vel (mm/yr) 25.6 2.3 -.303 .288 .509

X Y Z

1.000

-.445 1.000

-.508 .457 1.000

X vel Y vel Z vel

LA-VLBA Coordinate Reference Epoch - 88 01 01


X (mm) -1449752181.6 .7 1.000

¥ (mm) -4975298557.5 2.1 -.140 1.000

Z (nan) 3709123907.8 2.0 -.472 -.385 1.000

X vel (mmlyr) .0 .0 -.001 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

LEONRDOK Coordinate Reference Epoch - 88 01 01


X (mm) -522231459.8 3.7 1.000

Y (mm) -5145676856.0 19.1 .545 1.000

Z (mm) 3720152295.1 12.7 -.517 -.895 1.000

X vel (mmlyr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

HJLHHOTHI, Coordinate Reference Epoch - 88 01 01


X (mm) -2448248639.9 21.5 1.000¥ (mm) -4426738309.2 39.3 .975 1.000

Z (mm) 3875435866.6 32.8 -.965 -.976 1.000

X vel (mm/yr) -23.2 7.0 .880 .849 -.838

Y vel (mm/yr) 11.6 12.5 .865 .884 -.857

Z veZ (mm/yr) -3.0 10.4 -.857 -.860 .882X Y Z

1.000

.964 1.000

-.953 -.962 1.000

X vel Y vel Z vel

MARCUS Coordinate Reference Epoch - 88 01 01


X (,I,) -5227446654.3 15.4 1.000

Y (mm) 2551379277.0 9.0 -.803 1.000

Z (mm) 2607604747.9 14.2 -.657 .552 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X re1 Y vel Z vel

MARPOINT Coordinate Reference Epoch - 88 01 01


X (mm) 1106629502.5 1.2 1.000

Y (mm) -4882907200.6 3.8 -.608 1.000

Z (mm) 3938086891.7 3.1 .519 -.882 1.000

X vel (mm/yr) -18.7 .5 -.087 .154 -.202

¥ re1 (mm/yr) 2.4 1.7 .152 -.147 .155

Z vel (mm/yr) .2 1.4 -.198 .153 -.164

X Y Z

1.000

-.745 1.000

.729 -.910 1.000

X vel Y re1 Z vel

4.7

Table 4A (continued)

Gsoc--tcic CarCestam Site Coozd/natea sod Velocltlu _cm Global Solutto_ 865

MATERA Coordinate Reference Epoch - 88 01 01


X (mm) 4641939209.8 13.5 1,000

Y (Bm) 1393002809.0 5.1 .563 1.000

Z (mm) 4133325446.9 13.1 .853 .568 1.000

X vel (-,-/yr) -45.3 3.9 -.955 -.578 -.837

Y vel (mm/yr) 12.2 1.4 -.574 -.911 -.526

Z vel (mm/yr) -4.9 3.6 -.846 -.572 -.846

X ¥ Z

1.000

.507 1.000

.868 .537 1.000

X vel Y vel Z re1

MCD 7850 Coordinate Reference Epoch - 88 01 01


X (--,) -1330008031.i 2.8 1.000

Y (mm) -5328391557.8 10.5 .719 1.000

Z (as=) 3236502685.3 6.8 -.746 -.864 1.000

X vel (,_-lyr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

MEDICINA Coordinate Reference Epoch - 88 01 01

7230 Value Error Correlatlon Matrix:

X (mm) 4461370304.8 3.1 1.000

Y (_-) 919596586.6 1.4 -.224 1.000

Z (am) 4449559068.9 4.9 .494 -.100 1.000

X vel (-_/yr) -16.5 1.3 -,539 -.187 -.448

Y vel (---/yr) 19.7 .6 -.225 -.383 .006

Z vel (---/yr) 9.6 1.5 -.438 -.162 -.123

X Y Z

1.000

-.148 1.000

.687 -.019 1.000

X vel Y vel Z re1

METSHOVI Coordinate Reference Epoch - 88 01 01

7601 Value Error Correletlon Matrix:

X (Bm) 2890653062.4 15.6 1.000

Y (am) 1310295161.5 7.1 .888 1.000

Z (Bm) 5513958624.9 23.5 .951 .850 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

MILESHON Coordinate Reference Epoch

7038 Value Error

x (-_) -1204438667.2 9.2

Y (mm) -4239211088.4 30.1

Z (mm) 4596266020.9 30.1

X vel (mn/yr) .0 .0

X vel (mm/yr) .0 .0

vel (mm/yr) .0 .0

= 88 01 01

Correlation Matrix:

1.000

.828 1.000

-.815 -.951 1.000

.000 .000 .000

.000 .000 .000

.000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

HIYAZAKI Coordinate Reference Epoch

7312 Value Error

X (mm) -3582767625.2 109.2

Y (mm) 4052034074.7 71.7

Z (_m) 3369020614.7 112.3

X vel (mm/yr) .0 .0

Y vel (mm/yr) .0 .0

Z vel (mm/yr) .0 .0

- 88 01 01

Correlation Matrix:

1.000

-.696 1.000

.167 .580 1.000

.000 .000 .000

.000 .000 .000

.000 .000 .000X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

HIZUSGSI Coordinate Reference Epoch

7314 Value Error

X (mm) -3862411656.3 43.1

y (mm) 3105015111.6 17.4

Z (-,-) 4001944938.3 23.9

X vel (mm/yr) .0 .0

Y vel (mm/yr) .0 .0

Z vel (mm/yr) .0 .0

" 88 01 01

Correlation Matrix:

1.000

.138 1.000

-.749 .162 1.000

.000 .000 .000

.000 .000 .000

.000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y veL Z vel

4_


Geocentric Cutest-- Site Coordinates _d Velocities from Globfl Solution 865

MOJ 7288 Coordinate Reference Epoch - 88 01 01


X (mm) -2356493976.0 5.8 1.000

Y (---) -4646607657.8 11.0 .947 1.000

Z (---) 3668426580.2 8.4 -.896 -.917 1.000

X vel (mm/yr) -16.5 .1 -.045 -.031 .049

Y vel (mm/yr) 10.0 .5 -.030 .014 .069

Z vel (mm/yr) -6.3 .4 .015 .028 -.046

X ¥ Z

1.000

.395 1.000

-.467 -.661 1.000

X vel Y vel Z vel

MOJAVE12 Coordinate Reference Epoch = 8B 01 Ol


X (mm) -2355170855.0 .5 1.000

y (.I.) -4646755861.1 1.5 .229 1.000

Z (mm) 3668470563.0 2.3 --.766 --.354 1.000

X vel (mm/yr) -16.5 .1 -.519 -.239 .183 1.000

Y vel (nan/yr) 10.0 .5 -.334 .102 .254 .396

Z vel (mmlyr) -6.3 .4 .169 .207 -.171 -.468

X Y Z X vel

1.000

-.661 1.000Y vel Z vel

MON PEAK Coordinate Reference Epoch - 88 01 01


X (mm) -2386289275.2 2.4 1.000

Y (mm) -4802346543.3 4.8 .895 1.000

Z (mm) 3444883924.8 4.0 -.850 -.602 1.000

X vel (mm/yr) -34.9 1.2 .358 .339 -.287

Y vel (mm/yr) 32.5 2.5 .321 .363 --.249

Z vel (mm/yr) 7.7 1.8 -.300 -.308 .260

X Y Z

1.000

.944

-.920

X vel

1.000

-.952

¥ vel

1.000

Z vel

NOBEY 6M Coordinate Reference Epoch - 88 01 01


X (mm) -3871168033.2 9.8 1.000

Y (mm) 3428274059.0 8.7 -.639 1.000

Z (mm) 3723697697.3 13.1 -.590 .601 1.000

X vel Cmm/yr) .0 .0 .000 .000 .000 1.000

Y vel (mm/yr) .0 .0 .000 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000 .000

X Y Z X vel

1.000

.000

Y vel

1.000

Z vel

NOHE Coordinate Reference Epoch - 88 01 01

7279 Value Error Correlat2on Matrix:

X (mm) -2658150243.2 6.8 1.000

Y (mm) -693821871.4 3.4 .694 1.000

Z (mm) 5737236598.1 13.2 -.864 -.638 1.000

X vel (mmlyr) -27.8 2.8 -.031 -.I14 -.080

Y re1 (mm/yr) -4.9 1.3 -.126 -.062 -.030

Z vel (mm/yr) -2.6 5.4 -.079 -.019 .162

X Y Z

1.000

.749

-.891

X val

1.000-.682

Y vel

1.000

Z re1

NoTe Coordinate Reference Epoch - 88 01 01


X (mm) 4934563434.0 6.6 1.000

Y (mm) 1321201040.3 2.8 .305 1.000

Z (_n) 3806484301.9 7.3 .723 .399 1.000

X vel (nsn/yr) -12.8 2.6 -.840 -.418 -.668

Y vel (mmlyr) 15.3 1.1 -.427 -.734 -.291

Z vel (mm/yr) 19.3 2.5 -.726 -.400 -.559

X Y Z

1.000

.328

.827

X vel

1.000

.418

Y re1

1.000

Z vel

NRAO 140 Coordinate Reference Epoch " 88 01 01


X (mm) 882880085.6 .9 1.000

y (mm) -4924482325.3 3.0 -.442 1.000

Z (.In) 3944130597.7 2.5 .401 -.874 1.000

X vel (mm/yr) -16.4 .2 .248 -.I05 .I00

Y vel (mm/yr) .4 .6 -.106 .212 -.160

Z vel (mm/yr) 1.2 .5 .104 -.156 .162

X Y Z

1.000

-.474

.440

X re1

1.000

-.888

Y ve_

1.000

Z vel

4.9


Geocentric Caztami-- Site Coozdinates mini Velocities fzom Global Solutto= 865

NRA085 3 Coordinate Reference Epoch - 88 01 01

7214 Value Error CorrelatlonMatrlx:

X (am) 882325775.7 1.2 1.000

Y (_n) -4925137989.0 3.6 -.244 1.000

Z (mm) 3943397577.5 2.9 .133 -.833 1.000

X vel (-mlyr) -20.0 .4 -.945 .251 -.165

Y re1 (mm/yr) -4.6 1.1 .234 -.956 .798

Z vel (mm/yr) 6.7 .9 -.163 .797 -.946X ¥ Z

1.000

-.278 1.000

.208 -.637 1.000

X vel Y vel Z vel

OCOTILLO Coordinate Reference Epoch - 88 01 01

7270 Value Error Correlation Matrlx:

X (---) -2335501028.8 18.0 1.000

y (.m) -4832244099.1 35.3 .979 1.000

Z (mm) 3636392543.7 25.8 -.965 -.979 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000X ¥ Z

1.000

.000 1.000

.000 .000 1.000

X val Y re1 Z re1

ONSALA60 Coordinate Reference Epoch - 88 01 01


X (mm) 3370606311.4 1.7 1.000

Y (mm) 711917301.6 I.I -.531 1.000

Z (mm) 5349830614.6 3.9 .142 -.748 1.000

X vel (rom/yr) -12.7 .6 .248 -.032 -.130

Y vel (mm/yr) 15.1 .4 -.235 .160 -.151

Z vel (mm/yr) 9.2 1.0 .I07 -.348 .412

X ¥ Z

1.000

-.692 1.000

.342 -.680 1.000

X veL Y vel Z re1

OVR 7853 Coordinate Reference Epoch - 88 01 01


X (---) -2410421091.3 5.0 1.000

y (_r,) -4477800381.8 9.2 .919 1.000

Z (mm) 3838690276.2 7.6 -.849 -.899 1.000

X vel (,_-/yr) -18.8 .3 .159 .148 -.149

Y vel (mm/yr) 11.4 .8 .104 .146 -.099

Z vel (mm/yr) -6.1 .7 -.i12 -.112 .129

X Y Z

1.000

.700 1.000

-.886 -.791 1.000

X vel Y vel _ veZ

OVRO 130 Coordinate Reference Epoch - 88 01 01


X (-'-,) -2409600610.9 1.3 1.000

y (mm) -4478349515.1 2.6 .765 1.000

Z (mm) 3838603169.0 3.0 -.712 -.636 1.000

X vel (mm/yr) -18.8 .3 .644 .539 -.398

Y vel (,y-/yr) 11.4 .8 .430 .543 -.263

Z vel (mm/yr) -6.1 .7 -.441 -.395 .350

X Y Z

1.000

.700 1.000

-.687 -.791 1.000

X vel Y vel Z vel

PBLOSSOH Coordinate Reference Epoch = 88 01 01


X (1,m,) -2464070787.0 7.9 1.000

Y (mm) -4649425602.7 14.7 .958 1.000

Z (mm) 3593905650.8 11.2 -.920 -.930 1.000

X vel (-_-/yr) -19.8 3.4 .732 .704 -.670

Y vel (mm/yr) 28.4 6.4 .705 .734 -.679

Z vel (m=/yr) -4.7 4.8 -.678 -.688 .713

X Y Z

1.000

.965 1.000

-.943 -.957 1.000

X vel Y vel Z re1

PENTICTN Coordinate Reference Epoch - 88 01 01


X (mr.) -2058840260.5 7.7 1.000

Y (mm) -3521286373.5 12.7 .945 1.000

Z (mm) 4814420712.2 16.5 -.941 -.963 1.000

X vel (em/yr) -25.5 3.0 -.172 -.224 .182

Y vel (mm/yr) -12.7 4.9 -.222 -.272 .231

Z vel (m_/yr) 10.7 6.4 .181 .232 -.189

X Y Z

1.000

.949 1.000

-.954 -.972 1.000

X vel Y vel Z vel

4.10


Geocentric CarteallaSitaCoordinatel =ciVet-cities _-omOlob-dSolution 865

PIETOWR Coordinate Reference Epoch - 88 01 01


X (m) -1640953524.5 .9 1.000

Y (mm) -5014816004.6 2.0 .393 1.000

Z (mm) 3575411885.8 2.3 -.627 -.585 1.000

X vel (mm/yr) -15.4 .4 -.814 -.499 .337 1.000

Y vel (mm/yr) 9.8 .8 -.528 -.615 .492 .502 1.000

Z re1 (mm/yr) -14.4 .7 .466 .614 -.579 -.523 -.799 1.000

X Y Z X val Y vel Z re1

PINFLATS Coordinate Reference Epoch - 88 01 01


X (ms) -2369635815.6 4.1 1.000

Y (mm) -4761324891.3 8.0 .936 1.000

Z (on) 3511116097.5 6.4 -.913 -.909 1.000

X vel (e=n/yr) -26.8 2.3 .441 .403 -.363

Y vel (mm/yr) 18.1 4.5 .393 .414 -.368

Z re1 (zmn/yr) 4.1 3.k -.402 -.401 .397

X Y Z

1.000

.951 1.000

-.940 -.963 1.000

X vel ¥ vel Z vel

PLATTVIL Coordinate Reference Epoch = 86 01 01


X (mm) -1240708000.2 1.6 1.000

Y (mm) -47204543kI.3 5.0 .827 1.000

Z (mm) 4094481606.3 4.4 -.787 -.891 1.000

X vel (mm/yr) -18.2 .9 .157 .095 -.092

Y vel (mm/yr) -1.3 2.7 .100 .106 -.096

Z vel (mm/yr) -6.4 2.3 -.107 -.109 .124

X Y Z

1.000

.884 1.000

-.857 -.958 1.000

X vel Y vel Z re1

PRESIDIO Coordinate Reference Epoch - 68 01 01


X (mm) -2707704729.8 4.0 1.000

Y (mm) -4257609568.8 6.4 .934 1.000

Z (mm) 3888374133.1 6.0 -.866 -.874 1.000

X vel (m/yr) -22.9 2.6 .302 .278 -.236

Y vel (mm/yr) 27.7 4.2 .282 .296 -.238

Z vel (_n/yr) 5.9 3.7 -.263 -.262 .250

X Y Z

1.000

.960 1.000

-.939 -.955 1.000

X vel Y vel Z veL

PRESIDIO Coordinate Reference Epoch = 68 01 01 Episodic date: 89 i0 01


X ("1"1) -2707704714.9 8.9 1.000

Y (mm) -4257609552.3 13.9 .959 1.000

Z (mm) 3888374103.6 12.6 -.930 -.941 1.000

X vel (mm/yr) -22.9 2.6 -.785 -.767 .731 1.000

Y vel (mm/yr) 27.7 4.2 -.757 -.788 .744 .960 1.000

Z vel (mm/yr) 5.9 3.7 .729 .752 -.761 -.939 -.955 1.000

X Y Z X vel Y re[ Z vel

PT REYES Coordinate Reference Epoch = 88 01 01


X (mm) -2732332962.9 3.6 1.000

Y (mm) -6217636864.1 5.7 .925 1.000

Z (mm) 3914491004.2 5.6 -.857 -.655 1.000

X veL (mm/yr) -30.3 2.0 -.442 -.414 .379

Y vel (mm/yr) 23.0 3.1 -.429 -.427 .400

Z vel (mm/yr) 22.4 2.9 .404 .410 -.399

X Y Z

1.000

.949 1.000

-.934 -.949 1.000

X vel Y vel Z vel

PVERDES Coordinate Reference Epoch = 88 01 01


X (=m) -2525452666.4 6.2 1.000

Y (=m) -4670035647.7 11.2 .956 1.000

Z (=m) 3522886715.8 8.6 -.926 -.930 1.000

X vel (mm/yr) -28.1 3.8 -.468 -.457 .433

Y vel (-_/yr) 35.9 6.7 -.462 -.462 .440

Z vel (_n/yr) 7.2 5.1 .447 .448 -.441

X Y Z

1.000

.965 1.000

-.946 -.964 1.000

X vel Y vel Z vel

4.11


Geocemtrlc Carteale Site Coordinates _1 Velocities from Global Solution 865

QUINCY Coordinate Reference Epoch - 88 01 01


X (mm) -2517230748.8 2.7 1.000

Y (-,-) -4198595189.I 4.7 .906 1.000

Z (mm) 4078531231.5 4.7 -.822 -.832 1.000

X veL (-,-/yr) -21.2 1.5 .042 .023 -.017

Y re1 (---/yr) 12.5 2.5 .026 .032 .000

Z re1 (tm/yr) -8.7 2.3 -.024 -.004 .023X ¥ Z

1.000

.937 1.000

-.917 -.949 1.000

X vel Y vel Z re1

RICHMOND Coordinate Reference Epoch - 88 01 01


X (mm) 981258190.2 1.0 1.000

¥ (-,_) -5674090047.4 1.7 -.251 1.000

Z (mm) 2740533700.4 1.2 -.020 -.909 1.000

X vel [mm/yr) -11.2 .0 .067 -.254 .080

Y vel (mm/yr) -.8 .I .087 -.254 .080

Z vel (---/yr) 2.2 .I .067 -.254 .080

X Y Z

1.000

1.000 1.000

1.000 1.000 1.000

X vel Y re1 Z vel

ROBLED32 Coordinate Reference Epoch - 88 01 01


X (mm) 4849245419.2 45.1 1.000

Y (-,-) -360278383.4 9.0 -.203 1.000

Z (,_) 4114884388.1 38.5 .962 -.298 1.000

X vel (mm/yr) -9.0 3.5 .363 .099 .432

Y vel (mm/yr) 20.3 .7 .076 .254 .078

Z vel (-,_/yr) 10.4 3.8 .350 .072 .449

X Y Z

1.000

.130 1.000

.954 .I00 1.000

X vel Y re1 Z vel

SANPAULA Coordinate Reference Epoch - 88 01 O17255 Value Error Correlation Matrix:

X (mm) -2554478538.7 8.2 1.000

Y (_m) -4608627352.1 11.1 .955 1.000

Z (nza) 3582138250.7 8.6 -.926 -.927 1.000

X vel (mm/yr) -37.3 3.6 -.319 -.324 .306

Y vel (mm/yr) 20.0 8.5 -.327 -.344 .319

Z re1 (-_/yr) 15.8 4.9 .312 .323 -.321

X Y Z

1.000

.964 1.000

-.953 -.961 1.000

X vel Y vel Z vel

SANTIAI2 Coordinate Reference Epoch - 88 01 01


X (---) 1769893019.6 8.6 1.000

Y (nm) -5044504417.1 16.1 -.467 1.000

Z (mm) -3468435149.3 9.2 -.422 .463 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mmlyr) .0 .0 .000 .000 .000

Z vel (-,-/yr) .0 .0 .000 .O00 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

SEATTLE1 Coordinate Reference Epoch - 88 01 01


X (mm) -2295347838.9 19.9 1.000

Y (Bm) -3638029439.2 145.3 .879 1.000

Z (mm) 4693408656.3 144.5 -.886 -.999 1.000

X vel ("--/yr) -8.9 8.0 -.843 -.814 .814

¥ vel (mm/yr) 13.9 55.9 -.854 -.992 .989

Z vel (---/yr) -24.3 55.7 .852 .987 -.986

X Y Z

1.000

.855 1.000

-.866 -.998 1.000

X vel Y vel Z vel

SESBAN25 Coordinate Reference Epoch = 88 01 01


X (,I-) -2831688427.7 5.7 1.000

y (.,m) 4675733855.9 6.0 -.514 1.000

Z (mm) 3275327812.9 8.5 -.500 .523 1.000

X vel (-,-/yr) -24.0 2.1 -.524 .710 .407

Y veL (---/yr) -12.7 2.4 .619 -.825 -.379Z vel (mm/yr) -21.2 2.9 .372 -.466 -.064

X Y Z

1.000

-.635 1.000

-.477 .620 1.000

X veL Y vel Z val

4.12


Geocmttic O_-t_tan Site Cootdlamtm: mud Velocities _ GlObal 5ol_tio_ 865

SEST Coordinate Reference Epoch - 88 01 01

7239 Value E=ror Correlation Matrix:

X (mm) 1838237926.4 9.4 1.000

Y (mm) -5258699183.2 17.3 -.458 1.000

Z (mm) -3100588936.5 8.7 -.223 .490 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

SHANGHAI Coordinate Reference Epoch = 88 01 01


X (mm) -2847697786.3 109.3 1.000

Y (mm) 4659872764.8 96.7 -.934 1.000

Z (mm) 3283958748.5 87.3 -.954 .934 1.000

X vel (mm/yr) -24.0 2.i .026 -.018 -.017

Y vel (mm/yr) -12.7 2.4 -.016 .038 .031

Z vel (mm/yr) -21.2 2.9 -.014 .022 .055X Y Z

1.000

-.635 1.000

-.477 .620 1.000

X vel Y vel Z vel

SINTOTU Coordinate Reference Epoch - 88 01 01


X (mm) -3642141628.2 84.3 1.000

y (mm) 2861496664.3 60.8 .253 1.000

Z (mm) 4370361744.7 61.1 -.544 .657 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (.v./yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

SNDPOINT Coordinate Reference Epoch = 88 01 01

7280 Value E¢ror Correlation Matrix:

X (mm) -3425481717.0 8.0 1.000

Y (mm) -1214669083.3 5.0 .769 1.000

Z (mm) 5223858228.0 12.5 -.915 -.806 1.000

X vel (mmlyr) -22.6 4.7 -.648 -.545 .628

Y vel (mm/yr) 6.3 2.7 -.589 -.712 .604

Z vel (mm/yr) -9.5 7.0 .644 .574 -.634

X Y Z

1.000

.810 1.000

-.959 -.828 1.000

X vel Y vel Z vel

SOURDOG5 Coordinate Reference Epoch = 88 01 01


X (mm) -2419993311.6 8.5 1.000

Y (mm) -1664228705.3 6.8 .756 1.000

Z (mm) 5643538210.2 19.8 -.892 -.887 1.000

X vel (mm/yr) -25.8 4.0 .850 .665 -.784

Y vel (mm/yr) 8.3 3.0 .695 .809 -.769

Z vel (mm/yr) -23.0 9.2 -.785 -.734 .844X Y Z

1.000

.821 1.000

-.929 -.909 1.000

X re1 Y re1 Z re1

SOURDOGE Coordinate Reference Epoch - 88 01 01 Episodic date: 87 12 01


X (mm) -2419993301.4 6.4 1.000

Y (mm) -1664228733.0 4.9 .642 1.000

Z (mm) 5643538288.8 14.9 -.906 -.890 1.000

X vel (mm/yr) -25.8 4.0 -.688 -.558 .657 1.000

Y vel (mm/yr) 8.3 3.0 -.571 -.646 .630 .821 1.000

Z vel (mm/yr) -23.0 9.2 .659 .619 -.701 -.929 -.909 1.000X Y Z X vel Y vel Z vel

TITIJIMA Coordinate Reference Epoch - 88 01 01


X (mm) -4489356525.4 112.5 1.000

Y (mm) 3482989584.0 124.5 .069 1.000

z (---) 2887931186.9 71.8 -.884 .361 1.000

X vel (mmlyr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X ¥ Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

4.13

Table4.1(continued)

_oc_ttic _wt_i_SAte_l_s a_dlVeXo©lt£_ IL_omGXob_SoX_tion 865

TROHSONO Coordinate Reference Epoch - 88 01 01


X (mm) 2102904362.7 6.4 1.000

Y (mm) 721602382.5 4.7 .278 1.000

Z (mm) 5958201237.7 14.2 .794 .239 1.000

X vel (mm/yr) .0 .0 .000 .000 .000 1.000

Y vel (-_/yr) .0 .0 .000 .000 .000 .000 1.000

Z vel (mm/yr) .0 .0 .000 .000 .000 .000 .000 1.000


TRYSILNO Coordinate Reference Epoch - 88 01 01


x (mm] 2988029427.7 5.2 1.000

Y (mm) 655956917.3 2.4 -.026 1.000

Z (mm) 5578868978.1 9.9 .832 -.225 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (---/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

TSUKUBA Coordinate Reference Epoch - 88 01 01


X (mm) -3957172695.5 10.9 1.000

y (mm) 3310237980.5 9.9 -.779 1.000

Z (mm) 3737708994.1 12.7 -.665 .570 1.000

X vel (_-/yr) 14.8 7.4 .371 -.293 -.248

Y vel (mm/yr) -7.1 6.5 -.309 .395 .254

Z vel (-_/yr) -27.0 7.5 -.291 ,275 .388

X Y Z

1.000

-.850 1.000

-.755 .653 1.000

X vel Y vel Z vel

USUDA84 Coordinate Reference Epoch - 88 01 01


X (-',,,) -3855355126.9 33.1 1.000

Y (mm) 3427427699.9 29.2 -.937 1.000

Z (mm) 3740971339.4 38.7 -.666 .588 1.000

X _el (mm/yr) .0 .0 .000 .000 .000

¥ vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X val ¥ vel Z vel

VERNAL Coordinate Reference Epoch - 88 01 01


X (mm) -1531473164.8 3.9 1.000

Y (mm) -4589128894.6 9.4 .915 1.000

Z (mm) 4106759831.0 7.9 -.880 -.929 1.000

X vel (mmlyr) -18.0 2.3 -.473 -.447 .428

Y vel (mm/yr) -7.4 5.8 -.439 -.466 .441

Z vel (---/yr) -2.2 5.0 .406 .426 -.439

X ¥ Z

1.000

.924 1.000

-.901 -.954 1.000

X vel Y vel Z vel

VICTORIA Coordinate Reference Epoch = 88 01 01


X (_m) -23413099k3.4 10.4 1.000

y (mr,) -3539083831.5 15.7 .928 1.000

Z (mm) 4745768321.8 20.1 -.939 -.953 1.000

X re1 (_mlyr) .0 .0 .000 .000 .000

Y vel (mm/yr) .0 .0 .000 .000 .000

Z vel (mm/yr) .0 .0 .000 .000 ,000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

VNDNBERG Coordinate Reference Epoch - 88 01 017223 Value Error Correlation Matrlx:

X (mm) -2676094609.4 .9 1.000

y (mm) -4525450795.5 1.9 .561 1.000

Z (mm) 3597410092.4 2.6 -.724 -.450 1.000

X vel (m_/yr) -31.6 .4 -.155 -.091 .076 1.000

Y vel (mm/yr) 93.6 .8 -.138 .051 .150 .756

Z vel (mm/yr) 18.6 .7 .082 .126 -.085 -.775

X Y Z X vel

1.000

-.791 1.000

Y vel Z vel

4.14


Geocentrlc C_L_osAsn Site C_tes _ Velocities _ Global Solution 865

WESTFORD Coordinate Reference Epoch

7209 Value Error

X (-_) 1492206805.2 .0

Y (mm) -4458130527.7 .0

Z (mm) 4296015440.3 .0

X vel (mm/yr) .0 .0

Y vel (mm/yr) .0 .0

Z vel _mm/yr) .0 .0

" 88 01 01

Correlation Matrix:

1.000

.00O 1.000

.000 .000 1.000

.000 .000 .000

.0O0 .000 .000

.000 .000 .000

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

WETTZELL

7224

X (_n)

Y (sln)

Z (ram)

X vel (mm/yr)

Y vel (mm/yr)

Z vel (mm/yr)


Value Error Cozrelation Matrix:

4075540189.8 1.7 1.000

931735049.9 1.0 -.787 1.000

4801629249.9 4.1 .163 -.496 1.000

-16.1 .7 .200 -.115 -.187

17.0 .4 -.269 .104 .023

6.8 1.0 .124 -.250 .410

X Y Z

1.000

-.865 1.000

.301 -.519 1.000

X vel Y vel Z vel

WHTHORSE Coordinate Reference Epoch - 88 01 01


X (mm) -2215213376.1 18.8 1.000

Y (mm) -2209261512.6 15.1 .837 1.000

Z (mm) 5540292367.4 36.6 -.848 -.938 1.000

X vel (mm/yr) 20.2 8.6 .683 .704 -.719

Y vel (mm/yr) 41.3 8.1 .806 .779 -.730

Z vel (_n/yr) -83.4 19.4 -.622 -.735 .775

X Y Z

1.000

.897 1.000

-.924 -.942 1.000

X vel Y vel Z vel

WHTHORSE Coordinate Reference Epoch - 88 01 01 Episodic date: 87 12 01


X (mm) -2215213489.8 10.3 1.000

Y (mm) -2209261613.9 9.8 .886 1.000

Z (mm) 5540292552.9 23.5 -.898 -.930 1.00O

X vel (mm/yr) 20.2 8.6 -.886 -.783 .806 1.000

Y vel (mm/yr) 41.3 8.1 -.794 -.873 .826 .897 1.000

Z vel (mm/yr) -83.4 19.4 .819 .828 -.885 -.924 -.942 1.000


YAKATAGA Coordinate Reference Epoch - 88 01 017277 Value Error Co¢relation Matrix:

X (mm) -2529744055.4 7.5 1.000

Y (mm) -1942091280.9 6.3 .846 1.000

Z (mm) 5505027946.4 15.7 -.890 -.909 1.000

X vel (mm/yr) -28.9 4.3 .635 .558 -.595

Y vel ("_/yr) 22.2 3.5 .572 .596 -.575

Z vel (mmlyr) 37.0 9.1 -.592 -.560 .627

X Y Z

1.000

.825 1.000

-.906 -.924 1.000

X vel Y vel Z vel

YAKATAGA Coordinate Reference Epoch = 88 01 01 Episodic dace: 67 12 017277 Value Error Correlation Hatrix:

X (mm) -2529744072.3 7.4 1.000

Y (mm) -1942091235.3 6.1 .832 1.000

Z (mm) 5505027807.4 15.7 -.887 -.905 1.000

X vel (mm/yr) -28.9 4.3 -.762 -.613 .688 1.000

Y vel (mm/yr) 22.2 3.5 -.622 -.735 .697 .825 1.000

Z vel (mm/yr) 37.0 9.1 .695 .694 -.759 -.906 -.924 1.000


YELLOWKN Coordinate Reference Epoch = 88 01 01


X ("") -1224124353.9 5.4 1.000

y (mm) -2689530614.6 11.5 .875 1.000

Z (mm) 5633555257.4 23.9 -.870 -.941 1.000

X vel (mm/yr) .0 .0 .000 .000 .000

Y vel (mmlyr) .0 .0 .000 .000 .O00

Z vel (mm/yr) .0 .0 .000 .000 .000

X Y Z

1.000

.000 1.000

.000 .000 1.000

X vel Y vel Z vel

4.15


Geocentric Caztaa£_Site_moz_tnatea _dVelo©itiu fzouGLobaL_Lution 865

YLOW7296 Coordinate Reference Epoch = 88 01 O1


X (mm) -1224399278.2 1.9 1.000

Y (_m) -2689273198.0 3.1 .426 1.000

Z (mm) 5633620223.2 5.0 -.212 -.774 1.000

X vel (._/yr) .0 .0 .000 .000 .000 1.000

Y vel (mm/yr) .0 .0 .000 .000 .000 .000 1.000

Z vel (_n/yr) .0 .0 .000 .000 .000 .000 .000 1.000


YI_dA Coordinate Reference Epoch - 88 01 01


X (mm) -2196777795.4 2.9 1.000

Y (mm) -4887337032.4 6.4 .908 1.000

Z (mm) 3448425191.5 4.9 -.873 -.857 1.000

X vel (mm/yr) -21.5 2.2 .559 .526 -.463

Y vel (_n/yr) -9.8 4.8 .520 .560 -.467

Z vel (mm/yr) -1.0 3.4 -.496 -.511 .490

X Y Z

1.000

.954 1.000

-.924 -.951 1.000

X val Y val Z vel

4.16

Table4.2

Geocentric Cartesian Coordinates for HRAS 085 7216

DateYYMM DD

X SIGMA Y SIGMA Z SIGMA

80 9 1 i -1324210825.2 2.5 i -5332023178.7 8.3 i 3232118354.6 6.0

80 II I i -1324210826.0 2.6 i -5332023176.7 8.3 ! 3232118349.3 6.0

81 1 1

81 3 I

81 5 i

81 7 I

81 9 I

81 Ii i

82 1 1

82 3 i

82 5 I

82 7 1

82 9 i

82 II i

83 1 1

83 3 i

83 5 1

83 7-I

83 9 I

83 ii I

84 1 1

84 3 1

84 5 I

84 7 i

84 9 i

84 ii I

} -1324210823.0 4.2

! -1324210824.8 4.7

i -1324210827.9 4.4

-1324210833.8 3.3

i -1324210837.8 3.7

i -1324210833.6 2.5i

i -1324210841.0 3.1

i -1324210845.2 3.8

i -1324210844.5 3.6

i -1324210840.0 2.7i -1324210842.0 3.6

i -1324210840.5 2.7

i -1324210836.0 2.2

i -1324210843.6 3.4

i -1324210841.6 3.1i -1324210839.2 2.4

i -1324210840.5 2.5

i -1324210842.1 2.1

i -1324210837.8 2.1

i -1324210845.1 2.8

i -1324210835.9 2.3

i -1324210837.3 2.6

i -1324210837.3 2.1

i -1324210841.I 2.3

i -1324210826.6 2.2i -1324210823.3 1.7

i -1324210823.7 1.7i -1324210813.5 2.1

i -1324210821.5 1.7

! -1324210814.3 1.9

i -1324210803.2 2.2

i -1324210813.0 1.9

i -1324210821.2 1.7

i -1324210823.5 1.9

! -1324210824.0 2.0

i -1324210826.5 1.5

85 1 1

85 3 i

85 5 I

85 7 1

85 9 I

85 II I

i -5332023179.1 8.5

i -5332023180.9 8.5

i -5332023182.8 8.2

i --5332023185.3 7.7i -5332023186.8 7.5

i -5332023185.8 6.9

ii -5332023187.2 7.0i -5332023187.0 7.2

i -5332023185.8 7.1

i -5332023183.4 6.6

i -5332023179.8 6.6

i -5332023176.0 6.0ii -5332023175.2 5.9

i -5332023171.6 6.3

i -5332023167.3 6.2-5332023164.7 5.7

i -5332023163.8 5.5

i -5332023157.9 5.3ii -5332023153.7 5.3

i -5332023149.6 5.5

i -5332023147.1 5.3

i -5332023144.8 5.3

i -5332023134.5 4.9

i -5332023125.8 4.9

ii -5332023118.9 4.7

! -5332023118.9 4.2

i -5332023122.3 4.1

i -5332023117.1 4.4

E -5332023111.i 4.3

! -5332023107.5 4.2

i -5332023106.8 4.4

i -5332023104.7 4.0

i -5332023110.6 3.9

i -5332023113.3 4.0

i -5332023112.6 4.1

i -5332023107.2 3.6

86 1 1

86 3 I

86 5 1

86 7 I

86 9 1

86 Ii 1

ij 3232118350.8 7.2

i 3232118350.7 7.7

i 3232118350.2 7.8

! 3232118348.7 7.5

i 3232118348.3 7.0

i 3232118351.1 5.6!

} 3232118349.7 6.0

! 3232118349.8 6.6

i 3232118351.8 6.3

i 3232118355.1 5.5

i 3232118356.3 5.9

i 3232118357.9 5.3

i 3232118357.0 5.1

i 3232118353.6 6.1

i 3232118353.6 6.3

i 3232118354.1 6.0

i 3232118351.2 5.9

i 3232118351.4 5.1ii 3232118347.4 5.0

i 3232118340.8 4.9

i 3232118337.6 4.5

i 3232118329.2 4.6

1 3232118333.2 4.4

i 3232118333.1 4.3

! 3232118340.3 4.1

i 3232118340.8 3.6

i 3232118339.3 3.4i 3232118343.7 3.8

i 3232118338.5 3.6

1 3232118338.3 3.8

i 3232118339.9 4.0

i 3232118338.8 3.6

i 3232118329.8 3.4

i 3232118326.3 3.7

i 3232118323.7 3.9

i 3232118326.3 3.3

4.17

Table4.2(continued)

Geocentric Cartesian Coordinates for HRAS085 7216

Date X SIGMA Y SIGMA

87 1 1

87 3 I

87 5 i

87 7 1

87 9 1

87 11 1

88 1 1

88 3 1

88 5 1

88 7 1

88 9 1

88 II 1

89 1 1

89 3 1

89 5 1

89 7 1

89 9 1

89 II 1

90 1 1

90 3 1

90 5 1

90 7 1

ii -1324210826.1 1.8

i -1324210826.0 1.7

i -1324210827.0 1.3

i -1324210828.7 1.6

i -1324210832.0 1.6

i -1324210826.8 1.3

i -1324210826.9 1.7

i -1324210830.6 1.4

i -1324210830.4 1.3

i -1324210832.6 1.8

i -1324210833.6 1.3

i -1324210834.7 1.2

i -1324210836.0 1.3

i -1324210832.0 1.6

i -1324210835.2 1.1

-1324210831.6 2.0

i -1324210831.9 4.8

i -1324210831.9 5.8

i -1324210831.8 6.0

i -1324210831.8 5.3

i -1324210831.7 3.5

i -1324210832.8 2.3

i -5332023102.5 3.8

i -5332023097.7 3.7

i -5332023094.9 3.2i -5332023091.2 3.5

i -5332023097.6 3.5

! -5332023098.8 3.3

! -5332023099.5 3.5

i -5332023103.2 3.1

i -5332023116.3 3.1

i -5332023120.9 3.4i -5332023118.5 3.0

i -5332023119.6 2.7

i -5332023115.1 2.9

i -5332023120.3 3.1

! -5332023123.2 2.7-5332023122.1 4.1

i -5332023121.4 5.9

i -5332023120.6 6.9

i -5332023119.7 7.4i -5332023118.9 7.4

i -5332023118.1 7.1

i -5332023114.2 4.9

Z SIGMA

1 3232118324.2 3.4

i 3232118321.2 3.2

i 3232118317.9 2.8! 3232118320.7 3.0

i 3232118317.2 3.1

! 3232118321.1 2.8i

i 3232118320.6 3.1

i 3232118324.5 2.8

! 3232118329.2 2.7

i 3232118329.1 3.4

! 3232118336.8 2.8

i 3232118331.6 2.6

i 3232118331.8 2.7

i 3232118336.1 3.2

i 3232118337.7 2.5i 3232118344.0 3.6

i 3232118343.2 5.6

i 3232118342.6 6.5

i 3232118342.1 6.7i 3232118341.6 6.4! 3232118341.1 5.3

i 3232118336.8 3.7

4.18

Table4.3

Site Velocities in Topocentric Reference FramesTotal Rates Ralat&_ to _ Total Rate Relative F_-x'oz ElJ_psoid

to Mn_L

Sit_e F_t liorth Up l_t North Up Boz az ]ffor _ Amp az F..1evl_ent mml3'_ I/y'x ImlT"J_ mml']_ _/y'J_ mmlTz mmlTJc deg mml'y-z do& _ni'y_ dog dots

,ALC_PANX -18.0 2.1 2.7 i -.2 -1.2 2.7 18.1 275.8 i 1.2 189.8 1.2 249.5 83.8

7282 .3 .3 1.2 =: .3 .9 i .3 13.3 .3 350.3 1.2e

i : .2 80.5 6.1

AUSTZ'N"£,C -12.7 -4.9 .0 i .0 .0 .0 13.6 249.0 _ .0 .0 .0 .0 .0D Io o oi o o o o o o

.0 .0 .0

BE3_'.,g.,_A -12.8 8.7 .0 _ .0 .0 .0 15.5 304.3 i .0 .0 .0 .0 .0

7294 .0 .0 .0 [ .0 .o i .0 .0 .o .o .o

.: .0 .O .0

BIXBUTTE -21.8 -8.5 -11.4 _-9.2 3.4 -11.4 23.2 2,8.5 i 9.8 290.4 9.5 172.9 88.6o w

.9 83.4 .0

'_LOOMIND -15.9 -.2 .0 i .0 .0 .0 15.9 269.2 i .0 .0 .0 .0 .07291 .0 .0 .0 i .0 .0 i .0 .0 .0 .0 .0

.0 .o .0

i .=BREST 17.9 16., .0 i .0 .0 .0 2k.3 z,,7.5 i .0 .0 .0 .0 .0

760, .0 .0 .0 i .0 .0 _ .0 .0 .0 .0 .0.0 .0 .0

i

CARNUSTY 16., 16.2 .0 i .0 .0 .0 23.1 45.4 i .0 .0 .0 .0 .07603 .0 .0 .0 i .0 .0 _ .0 .0 .0 .0 .0

.O .0 .0

CARROLGA -1,.1 ., .0 i .0 .0 .O 14.1 271.5 i .0 .0 .0 .0 .0

7228 .0 .0 .0 I .0 .0 i .0 .0 .0 .0 .0.0 .0 .0

CHLBOLTN 18.0 16.1 .0 [ .0 .0 .0 2,.1 ,8.2 I .0 .0 .0 .0 .0

7215 .0 .0 .0 i .0 .0 i .0 .0 .0 .0 .0.0 .0 .0

D£J_.DMANL-21.6-9.3 56.7 _-9.1 2.9 56.7 23.5 2,6.8 i 9.6 287.5 27.1 187.1 87.37267 3.0 4.1 27.1 _ 3.k 9.2 _ 2.9 2'.6 3.9 13.2 2.7

2.9 103.2 -.3

DSS15 -19.0-4.9-11.7 _-6.2 7.4-11.8 19.6 255.5 , 9.7 320.2 11.6 26.5 80.17231 2.5 3.6 11.' i 2.8 9.7 j 2.7 20.4 3.2 17.0 -9.8

2.2 107.3 -1.6

DSS45 13.1 51.i -.4 i -5.5 -5.0 -.2 52.8 14.3 i 7.4 227.3 4.3 6.6 66.6o I

2.1 52.0 -16.9

DSS65 19.6 14.7-1.2 i .1-1.7-1.3 24.5 53.2 i 1.7 175.5 5.1 30.3 82.3

.7 63.3 -6.,

EFLSBERG 18.8 14.2 -3.9 i -i.0 -.9 -3.9 23.6 53.0 i 1.3 230.4 1.3 310.1 70.67203 .5 .6 1.2 i .8 1.4 _ .6 24.9 .8 23.5 -5.8

i .3 111.5 18.5

..- ._ELY -20.0 -11.3 -7.6 .i -5.9 .3 -7.5 22.9 240.5 _ 5.9 273.0 6.5 159.9 87.,

7286 .7 1.0 6.5 _ .7 2., ! .7 9.3 .9 3,5.2 2.6

i i .7 75.2 -.2

4.19

Table43 (continued)

Site Velocities in Topocentric Reference FramesTotal hto8 Relative to NOV_ Total Rate Relatl_ Erzor ElJ_tpsotd

to NUV_

S£te_me East North Up East Ilozt, h - Up Hot Az Hot Az _mp Az Elev

l_ment m/yr m/_ m/_ m_/_ m/_ m/yr m/yr de& _ deg m/yr de& de&

FD---VL_L. -12.5 -7.6 .0 i .0 .0 .0 14.5 289.3 i .0 .0 .0 .0 .07613 .0 .0 .0 i .O .0 j .0 .0 .0 .0 .0

S i .0 .O .0

!FI_GSTAF -16.7 -9.9 9.7 i -3.6 .5 9.7 19.4 239.4 i 3,5 278.5 6.3 134.2 89.9

7261 ,7 1.0 6.3 i .6 2.7 i .7 15.6 1.0 354.7 .1.7 84.7 .0

FORT ORD -43.7 24.2 L?..O i -3.5 -1.4 Ii.9 50.0 299.0 i 3.7 248.6 6.6 259.I 88.2

7268 .7 .9 6.6 i .6 1.0 _ .7 14.1 .9 351.6 .8

i .7 81.6 -.2

FORTORDS -43.8 24.2 12.0 i -3.5 -1.3 11.9 50.1 298.9 i 3.7 248.9 6.6 156.9 89.37241 .7 .9 6.6 _ .6 1.0 i .7 14.1 .9 351.8 .7

.7 81.6 -.2

iFTD 7g00 -12.5 -7.4 .O i .0 .0 .0 lk.5 239.3 i .0 .0 .0 .0 .0

7900 .0 .0 .0 i .0 .0 _ .0 .0 .0 .0 .0

... .0 .0 .o

GILC'_EEK -11.8 -20.1 -1.5 ! -1.0 1.0 -1.4 23.3 210.4 i 1.4 314.4 .9 66.8 66.7

7225 .4 .6 .8 .i .5 "g i .4 18.2 .4 355.8 -6.0i .2 69.0 -21.8

GOLDVENU -19.5 -4.9 -5.0 }-8.7 7.4 -5.0 20.1 255.8 i 10.0 317.6 1.1 58.2 84.1_ _ _ _! _ _oi _ _ _ _,_ _J .3 78.8 -5.5

i_o_ -_o ,,_,_i-_ _ _,__o,_! __,_,__o_,__o_ ,_ _, ,_! _ ,_i_,,_ _, ,, _,1.1 94.7 .5

_SE 21.0 15.0 .0 ! .0 .0 .0 25.8 54.4 i .0 .0 .0 .0 .0

7605 .0 .0 .0 _ .0 .0 _ .0 .0 .0 .0 .0E .0 .0 .0

: i

-67.2 34.2 -.3 .i -6.2 .6 -.4 75.4 297.0 i 6,3 275.4 .9 319.5

.0 294.7 86.5

HARTRAO 13.2 14.1 1.1 i -8.5 -5.9 1.1 19.3 43.0 i 10.9 230.9 2.8 316.2 49.4

7232 2.2 2.1 2.3 ! 2.2 6.1 i 2.2 10.7 2.2 48.6 2.1_ _o_,o_

E .2 85.6 -6.3

- iHAYSTACK -16.0 6.0 -.8 _ .4 .0 -.9 17.1 290.6 i .4 86.7 .4 321.3 85.2

:z .1 95.0 3.3

2.5 61.6 -7.0

.OW_NFRG 20.1 14.5 .0 _ .0 .0 .0 24.8 54.2 _ .0 .0 .0 .0 .0

7600 .0 .O .0 i .0 .0 ! .0 .0 .o .0 .oi i .o .o o

4.20


JPL HV1

7263

KASHI.H34

1857

KAUAI

1311

KODIAK

7278

k34AJAL26

4968

LA-VLBA

7611

LEONRDOK

7292

HAPI_OTHL

7259

MARCUS

7310

MARPOII_'r

7217

HATERA

7243

PED 7850

7850

MEDICINA7230

HETSHOVI

7601

East Nozth Up

,--ITr ---i_ --,/,jrr

-40.7 9.2 4.7

.5 .7 5.7 i

-6.4 -12.0 -6.2 _-15.2.9 1.4 1.4 .:

i

Site Velocities in Topocentrtc Reference Frames

Total Rates Relative to _ Total Rate Relat£_ Error Ellipsoidto BOV_

East Borth Up Hot Az Hot Az Amp Az EZev

mlyr mlyr mlyr mlyr des mlyr de8 Ilyr des delg

i 1.1 -14.9 4.6

-6.4 -12.0 -6.2

.9 1.4 1.4

-67.3 34.3 .0

.7 .8 .0

-15.4 -14.0 14.8

1.1 1.0 7.2

-75.2 26.4 -2.4

1.4 2.0 4.7

-14.0 -8.3 .0

•0 .0 .0

II -14.7 -4.1 .0

.0 .0 .0

-25.9 -3.1 -1.0

1.6 2.2 17.5

-70.2 24.6 .0

.0 .0 .0

I -15.8 3.9 -4.6

.3 .5 2.2

24.7 22.3 -33.5

1.3 1.3 5.2

-12.5 -7.5 .0

.0 .0 .0

22.6 15.4 -1.9

.7 .8 1.8

5.5 -6.1

21.3 11.8 .0

.0 .0 .0

-15.2

i -6.2 .5 .0

ii -6.7

1

i -6.8 -3.0 -2.4

..-" .0 .0 .0

i .0 .0 .o

i -12.8 10.0 -.9

.o .0 .o

i-.3 .3 -4.6

E

i 1.7 6.9 -33.5

i .o .o .o

i .9 1.1 -2.0

ii .0 .0 .0

5.5 -6.1

8.0 14.9

41.8 282.7

.6 1.0

J

i 15.0 175.8

i .7 2.1

i

i 16.1 269.9

i 1.1 4.6

13.6 208.1

1.2 4.8

i 16.1 289.9M

i 1.1 4.6

.:i 6.3 274.2

i .7 6.6

20.8 227.6

1.0 2.9i 10.4 319.9

i 1.0 5.4

79.7 289.3

1.6 1.3i 7.4 246.4• 1.4 15.8

16.3 239.2 i

.0 .0 i

.0

.0

.0

.o

15.2 254.4 !

.0 .0 i

.0

.0

.0

.0

26.1 263.2

1.6 5.0i 16.3 307.9

i 2.0 6.7

74.4 289.3

.0 .0 i

.0

.0

.0

.0

16.3 283.9 i

.3 1.6 i

.4 310.4

.4 59.6

33.3 48.0

1.4 2.2i 9.1 10.9•: 1.4 7.9

14.6 239.2 i

.0 .0 i

27.3 55.8 i 1.4 39.1.7 1.5 " .8 27.7

i24.4 61.0

.0 .0i .0 .0

i .0 .0

5.7 176.9 89.1

.7 347.5 .9

.5 77.5 .2

1.9 358.5 45.8

1.0 296.1 -24.2

.6 44.0 -34.3

1.9 358.5 45.8

1.0 296.1 -24.2

.6 44.0 -34.3

.9 318.2 .0

.5 48.2 .0

.0 .0 .0

7.2 120.1 87.9

1.0 I00.0 -2.0

1.0 I0.i .7

4.8 11.7 81.4

2.0 338.0 -7.2

1.3 68.6 -4.7

.0 .0 .0

.0 .0 .0

.0 .0 .0

.0 .0 .0

.0 .0 .0

.0 .0 .0

17.5 173.6 88.2

2.2 346.4 1.8

1.6 78.4 .2

.0 .0 .0

.0 .0 .0

.0 .0 .0

2.2 146.9 89.8

.5 7.5 .2

.3 97.5 -.2

5.2 300.7 86.3

1.4 27.8 -.2

1.2 117.8 3.7

.0 .0 .0

.0 .0 .0

.0 .0 .0

1.8 313.3 78.0

.8 25.5 -3.7

• 6 114.7 11.4

.0 .0 .0

.0 .0 .0

.0 .0 .0

4.21


Site Velocities in Topocentric Reference Frames

Total Bate,, B_lat_ve to _ Total Bate ReLative

to NUVZL

Sltenam East Horth Up East North Up Boz Az

Mo_ment mlyr m/yr _/yz _/_rz _/yz _/yr _/y_ d_

MILESMON -17.0 -8.2 .0 .O 18.9 244.4 .0

7038 .0 .0 .0 .0 .0 .0

! .o .o

J

Error Ellipsoid

a/_ d_ mml_ d_ des

MIYAZAKI 21.8 -15.5 .0 i .0 .0 .0 26.8 125.3 i .0

7312 .0 .0 .0 i .0 .0 I .0 .0

MIZUSGSI 9.5 -17.6 .0 i .0 .0 .0 20.0 151.8 } .0 .0

7314 .0 .0 .0 i .0 .0 ! .0 .0

MOJ 7288-19.2-4.3-4.8 i-6.5 6.0 -4.7 19.7 257.4 i i0.3 321.I

7288 .2 .2 .8 j .2 .7 i .3 I.I

.oJA 12-192 -43 -46E-65 80 -47 197257.4i103 321.17222 .2 .2 .6 i .2 .7 _ .3 1.0

•" i

M0N PEAK -45.8 13.9 -7.2 i -3.0 -9.5 -7.3 47.8 286.9 i 10.0 197.6

i

NOBEY 6M 9.2 -16.8 .0 i .0 .0 .0 19.2 151.4 i .0 .0

7244 .0 .0 .0 i .0 .0 i .0 .0

" iNOME -2.2 -26.5 9.7 j 2.2 -3.0 9.8 26.6 184.8 ! 3.7 143.4

NOTO 18.1 20.5 4.8 _ -5.0 6.7 4.8 27.3 41.5 ! 8.4 323.6

75,7 I.i i.i 3.4 j 1.1 2.1 I 1.0 7.7

NRAO 140 -18.1 3.0 -1.8 i -.5 .4 -1.8 15.3 280.6 i .6 313.2

7204 .2 .2 .8 j .2 .7 i .2 16.3

HRA085 3 -20.5 4.6 5.0 i -4.9 2.1 5.0 21.0 282.7 i 5.3 292.7

" iOCOTILLO -42.7 23.1 .0 i .0 .0 .0 48.5 298.4 i .0 .0

7270 .0 .0 .0 i .0 .0 ! .0 .0;

•" iONSALA60 17.4 12.9 2.7 i -2.1 -1.4 2.7 21.6 53.5 i 2.5 237.0

:°iOVR 7853 -21.9 -4.2 -4.6 i -8.9 8.7 -4.5 22.3 259.2 ! 12.4 314.2

7853 .3 .3 1.0 _ .3 .g i .3 1.3

OVRO 130 -21.9 -4.2 -4.6 8.7 -4.5 22.3 259.2

7207 .3 .3 .3 .9i -8.9

1.oi!

i 12.4 314.3

.3 1.3

.0 .0 .0 .0

.0 .0 .0 .0.0 .0 .0

.0 .0 .0 .0

.0 .0 .0

.0 .0 .0

.0 .0 .0

.0 .0 .0

.0 .0 .0

.6 86.3 74.3

.3 339.4 4.7

.1 68.1 -14.9

.6 86.3 74.3

.3 339.4 4.7

.1 68.1 -14.9

3.3 99.6 88.7

.5 355.6 .3

.4 65.5 -1.2

.0 .0 .0

.0 .0 .0

.0 .0 .0

6. i 135.7 87.0

1.2 347.2 2.6

.8 77.1 -1.8

3.5 330.4 83.4

1.1 48.9 -1.3

.9 138.7 6.4

.8 305.8 88.0

.2 35g.5 -1.2

.2 89.5 1.6

1.4 258.1 86.2

.4 345.1 -.2

.4 75.0 3.8

.0 .0 .0

.0 .0 .0

.0 .0 .0

I.I 310.8 63.7

.6 25.4 -7.5

.2 111.9 25.0

1.0 69.7 81.8

.3 341.0 -.2

.2 71.0 -8.2

1.0 69.7 81.8

.3 341.0 -.2

.2 71.0 -8.2

4_


Site Velocities in TopocentTic Reference Frames

Total Rates Relat£_ to _ Total. Rate Re]_t£ve F_ccor Z114psold

to mOrEL

Si te_ame East North I_p East llozth Up Bor A= Hot A= &rap A= E1ev

Honument _IT¢ _/yr mm/]r_ mm/Tr =m/]rr mm/]r_ mm/lr_ de8 mm/lrr des mlyr de8 deK

i_, _ _ _i _ _i _0 _ _ _,__.8 84.3 .o

PENTICTN" -15.8 -11.0 23.5 i .0 2.3 23.5 19.3 235.2 i 2.3 359.0 8.5 216.0 88.77283 .8 .9 8.5 _ .8 2.7 _ .9 20.3 .9 343.1 .8

i i .8 73.1 1.0.= :.

PIETONN -17.7 -9.3 -11.8 i -4.4 -.3 -11.8 20.0 242.2 _ 4.4 266.3 1.0 54.6 86.5._. _ _ ,o, _ _i _ ,_ _ _.3 58.5 -3.5

• iPINFLATS -31.8 5.8 -1.4 ! 10.2 -17.6 -1.5 32.4 280.4 _ 20.3 149.9 5.9 42.0 89.8

7256 .6 .7 5.9 _ .6 1.3 ! .7 1.8 .7 347.2 -.1

:-:" ! .6 77.2 -.2

.= iPL._.TT_'IL -17.2 -8.6 .4 i -1.8 -.9 .4 19.3 243., i 2.0 2,3.4 3.6 218.1 88.1

7258 .4 .5 3.6 _ .4 1.4 i .4 13.7 .5 7.1 1.7.4 97.1 1.0

.= ...PRESIDIO -34.2 11.4 -5.2 i-21.6 25.7 -5.1 36.1 288.5 i 33.6 319.9 6.1 151.4 88.9

o I

.6 88.3 -.5

PT R.EYES-37.9 19.4 11.6 i 1.2-6.6 11.5 42.6 297.1 i 6.7 169.4 4.6 358.5 89.87251 .5 .7 4.6 _ .6 .9 _ .7 4.6 .7 353.8 -.2

.5 83.8 .0

P'v'EF,,DFS -41.8 16.1 -11.1 i .6 -8.1 -11.2 44.8 291.1 i 8.1 176.1 9.1 199.4 89.3

7268 .9 1.1 9.1 i .9 1., i 1.1 6.1 1.1 359.2 .7.9 89.2 .3

•" iQUINCY -24.6 -6.8 -5.5 _-11.2 7.0 -5.4 25.5 254.7 i 13.2 302.0 3.7 140.8 88.7

7221 .5 .6 3.7 i .5 1.3 i .5 2.3 .6 1.9 1.0.5 91.9 -.8

.- ..-RICHI_DND -11.2 2.5 .o i .0 .1 .0 11.4 282.4 ! .1 21.1 .1 21.1 -9.3

e,_, o ._ .o o ._i _ o oo .o ,o.0 .0 .0

i -"

,.o!.7 63.3 -6.4

S,'¢J_pAUr.._ -'2.3 12.6 9.3 _ -.5 -11.9 9.3 44.1 286.5 i 11.9 182.3 8.8 169.0 88.97255 .9 1.1 8.8 i .9 1.3 i 1.1 4.1 1.1 3,3.7 1.1

.8 73.7 .1

.."SANTIA12 -1.0 9.9 .0 i .0 .0 .0 9.9 354.5 i .0 .0 .0 .0 .0

w e

1404 .0 .0 .0 i .0 .0 i .0 .0 .0 .0 .0.0 .0 .0

. :

SEATTLE1 -15.0 -11.2 -22.7 .! .0 3.0 -22.6 18,7 233.2 i 3.0 359.7 79.2 90.5 72.47229 24.3 2.2 75.5 ! 19.4 45.2 ! 2.2 463.2 4.2 83.2-17.5

2.2 353.9 2.1

! SESBAN25 27.1 -19.0 -9.8 33.1 125,0

7227 1.4 1.9 3.6 1.6 2.9i 3.8 -5.1 -9.5 8.4 143.1

i 1.8 13.6

!

3.7 15.3 76.6

1.8 342.6 -11.3

1.3 74.0 -7.1

4J.3


SEST

7239

Site Velocities in Topocent_ic Reference Frames

Total Rates Ralati_ to BUV_

Rast RaSh _ Rast _m/yr mile m/Te Wlrz =alp m/lre

-1.6 9.9 .0 _ .0 .0 .0.0 .0 .0 "

i

Tolr._. Rate Ralative

to_V_

2o.2 13.4 -2.6 _ -1.1.5 .7 .9

i

.0 .0.: .0 .0

1

F.rror El_Lpsoid

24.2 58.4 i 1.3 239.1.6 1.4 : .6 27.6

_mp J_c glmr

m/]rz dell des

.0 .0 .0

.0 .0 .0

.0 .0 .0

SHANGHAI 27.1 -19.0 -9.6 ! 3.9 -5.1 -9.5 33.1 125.1 i 6.4 142.9 3.7 14.7 75.77225 1.4 1.9 3.6 =: 1.6 2.9 i 1.8 13.8 1.8 342.8-11.3

i 1.3 74.1 -8.8

SINTOTU 10.3 -17.8 .0 } .0 .0 .0 20.6 149.9 i .0 .0 .0 .0 @ 0

7315 .0 .0 .0 i .0 .0 i .0 .0 .0 ,0 .0

i i .0 .0 .0

SNDPOZNT -13.5 -21.2 3.1 _-7.6 2.0 3.2 25.1212.4 I 7.8 284.5 8.7 107.3 85.67280 1.6 1.1 8.6 : 1.2 3.5 ! 1.6 8.1 1.4 102.8 -4.4

1.1 12.8 .3

SOUR.DOGH -21.5 -25.2 -12,8 i-10.2 -4.6 -12.7 33.1 220.4 _ 11.2 245.9 10.3 61.9 89.17281 1.4 1.2 10.3 i 1.4 2.1 _ 1.5 5.7 1.5 88.5 -.9

m Q

i ! 1.1 336.5 -.1

tTITIJIHA -22.1 1.,5 .0 i .0 .0 .0 22.1 274.0 i .0 .0 .0 .0 .0

7318 .0 .0 .0 ! .0 .0 _ .0 .0 .0 .0 .0.0 .0 .0

i -"nzcesoz_o 18.0 12.9 .0 _ .0 .0 .0 22.z 54.3 .! .0 .0 .0 .0 .0

7602 .0 .0 .0 _ .0 .0 i .0 .0 .0 .0 .0

i .0 .0 .0

.0 i .0 .0 .0 23.4 ,52.9 ! .0 .0 .0 .0 .0TRYSILNO 18.714.2

7607 .o .o .0 i .0 .0 i .o .0 .0 .0 .o

i .0 .0 .0

TSUk'UBA -4.0 -12.4 -28.8 !-13.0 4.9 -28.7 13.0 198.0 ._ 13.8 290.7 11.3 117.1 89.8

7311 2.7 4.2 11.3 i 4.3 11.3 _. 2.6 17.6 4.3 13.3 .0

•! ::. 2.,5 103.3 -.2

usm)A84 20.3 -18.3 .0 i .0 .0 .0 2e.0 128.7 _ .0 .0 .0 .0 .07248 o o oi o o i o o o o o

.= i .o .o .o

VERBAL -14.4 -10.1 8.5 i .5 -.5 8.,5 17.6 235.0 i .7 132.8 7.9 206.,5 88.27290 .8 1.2 7.9 _ 1.0 3.5 i 1.0 81.1 1.2 359.8 1.6

.8 89.6 .8

VICTORIA -14.9 -14.8 .o _ .0 .0 .0 20.9 225.,5 i .0 .0 .0 .0 .07289 .0 .0 .0 i .0 .0 ! .0 .0 .o .0 .0

.0 .0 .0

V]qDNBERG -44.3 22.6 .0 i -2.2 -2.5 -.1 49.7 297.1 _ 3.3 221.8 1.1 69.8 8,5.1

7223 .3 .3 1.1 i .3 .3 i .3 6.0 .4 330.5 .8.2 60.5 -4.8

WESTFORD -16..5 6.0 .0 j .0 .0 .0 17.,5 290.0 i .0 _ O _ 0 @ 0 p 0

o @o o oi o o o o o o.0 .0 .0

WETTZELL -. 7 -2.7

7224

1.1 319.2 59.6

.7 32.8 -9.4

.1 117.6 28.6

4.24

Table 4_3 (continued)

Site Velocities in Topoeentric Reference Frames

Total Rates Relative to _ Total Rate Relative Kr_or ElJ.tl_oid

Sitename Eut North Up E_t _ _ ]_z &z Hot Az Amp t. Elev

Hommm_t m/y= mitt mm/y¢ mmly¢ malyz "_lYr am/y¢ d_ _ly¢ des Im/yr des deg

W_THORSE -15.0 -3.0 -94.0 i -.8 15.2 -93.9 15.3 258.8 i 15.2 357.0 22.4 218.9 88.97284 2.7 2.9 22.4 i 2.8 10.4 _ 2.9 10.3 3.0 34.9 1.0

2.5 124.9 .1

YAKATAGA i-35.2 10.3 36.8 1-23.2 30.3 36.8 36.7 286.3 i 38.2 322.5 10.4 95.3 89.0

7277 1.6 1.4 10., ! 1.5 2., i 1.2 2.6 1.7 56.6 -.81.2 326.6 .6

_._.0_ -192 -11s 0 E 0 0 0 223 239.1_ 0 0 0 0 0I U,.. o o o! o oo!o o oo o o

.0 .0 .0

YLOH7296 -19.2 -11.5 .0 i .0 .0 .0 22.3 239.1 i .0 .0 .0 .0 .0

7296 .0 .0 .0 i .0 .0 i .0 .0 .0 .0 .0.0 .0 .0

YUHA -15.6 -10.5 14.4 i -3.3 .6 14.4 18.8 236.0 =" 3.4 284.4 6.2 140.9 69.37894 .6 .9 6.2 i .7 2.5 i .6 14.6 .9 357.6 .5

i .6 87.6 -.4

425

5.0Site Positions by Year from GLB867

Tables 5.1 through 5.17 give the Cartesian coordinates for each site on January 1.5 from 1979 through 1995 in

the VLBI reference frame. All length units are millimeters. The errors are one-sigma standard statistical errors

propagated to the epoch of the table. These errors do not change for a site whose velocity was not adjusted.

WESTFORD is the reference station which defines the coordinate system origin.

FORTORDS and PRESIDIO each appear twice in each table. The first set of positions in each table does not

take into account any discontinuous motion associated with the October 1989 Loma Prieta earthquake. They

are based on the positions of these sites prior to the earthquakes extrapolated to the epoch of the table. The

second set of positions is based on the estimated positions after the earthquake. YAKATAGA, SOURDOGH,

and WHTHORSE are treated in a similar manner in regard to any discontinuous motion associated with the

series of earthquakes in the Gulf of Alaska during the winter of 1987-88. The method used to determinepositions and velocities at these sites is described in the text.

5.1

Table S.l

nmm_,

ALGOPARK

AUSTINTX

BERMUDA

BLKBUTTE

BLOOMIND

BREST

CARNUSTY

CARROLGACHLBOLTN

DEADMANL

DSS15

DSS65

DS665

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORFTI02

GRASSE

HALEAKAL

HARTRAO

BATCREEK

HAYSTACK

HOBART26

Mkmumaat

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

7231

1642

1665

7203

7286

7613

7261

7266

7241

7241 (1)

7900

7225

1513

7102

7605

7120

7232

7218

7205

7242

VLBI Site positta_s at O_z]r 1.5, 1979m

Z Error [ Y Error

(m) (") i (m) (m)

918035125.5 2.9

-737793568.0 3.7

2307209760.6 8.3

-2306306698.8 29.4

302386726.9 21.7

4228877461.9 11.1

3526416730.5 15.6

453520873.2 9.2

4008310417.2 7.5

-2336819402.8 92.7

-2353538496.4 37.5

-4460936543.0 44.2

4849336983.7 36.1

4033947850.0 7.7

-2077236030.8 20.6

-1324008852.2 5.3

-1923992613.5 17.9

-2697026393.0 23.6

-2699839884.1 29.4

-2699839860.2 32.1

-1324227705.6 3.6

-2281566790.6 3.2

-2351128863.5 4.0

1130686867.2 20.6

4581698032.9 13.0

-5465998222.8 14.4

5085642978.7 31.1

-2523969667.7 6.1

1692405098.9 1.3

-3950235818.9 50.8

-4346132236.6 10.5

-5459892238.3 16.1

-6874215865.9 27.9

-4787914400.2 60.0

-6941699036.9 47.5

-333104572.6 2.5

-171621658.7 3.9

-5300506763.6 34.2

-100651135.2 3.7

-4732586944.1 179.2

-4661649495.7 77.6

2682765832.4 32.2

-360489216.9 7.5

486990128.7 4.6-6486712681.3 65.0

-5332181909.1 11.5

-4850854492.3 63.3

-6354393587.8 38.2

-6359127361.4 47.2

-6359127338.5 51.6

-5332063030.3 12.7

-1453645004.4 4.1

-4655477042.0 7.9

-4831352997.5 72.7

556125366.6 3.7

-2604409024.2 8.9

2668263080.2 19.6

-6123506320.3 7.6-4457266521.4 2.9

2522347532.8 38.1

Z

(---)

4561971050.2

3202990457.8

3394317764.2

3515736468.0

4007908421.2

4747180767.6

5294098649.6

3507207364.9

4943794566.6

3570330038.7

3676670061.6

-3676382059.94116748550.7

6900430565.94018753786.0

3231962483.6

3658589332.63788077374.6

3781050722.6

3781050760.6

3232023061.2

5756993263.73660956951.7

3996110786.3

4389351213.4

2242228119.3

-2768697387.3

4147752666.04296881631.2

-4311563311.4

]L-'TOE

(,-,)

10.0

9.5

19.1

43.0

37.1

12.0

20.9

20.6

9.8

125.6

79.5

28.0

38.4

11.0

37.2

8.3

32.8

32.8

40.4

44.2

7.7

6.7

7.2

59.2

13.5

8.9

16.1

7.6

3.1

44.3

HOKENFRG

JPL MV1

KASHIM36

KASHIMA

KAUAI

KODIAK

KWAJAL26

LA-VI.HA

LEONRDOK

MAHt_THL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

METSHOVI

MILESMON

MIYAZAKI

HIZUSGSI

MOJ 7288

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

72177243

78507230

7601

7038

7312

7314

7288

3778215285.7 6.0

-2493305586.6 18.0

-3997648928.9 9.6

-3997891948.2 8.7

-5543865782.6 4.0

-3026939807.9 36.0

-6163536496.7 36.2

-1649752048.7 .7

-522231326.3 3.7

-2448246502.2 44.8

-5227447012.6 15.6

1106629643.0 4.7

4641939346.2 47.9

-1330007913.7 2.8

4461370432.2 13.2

2890653225.4 15.6

-1204638705.6 9.2

-3582767429.2 109.2

-3862411525.4 43.1

-2356493845.0 6.0

698644407.1 2.4

-6655197859.8 33.2

3276690821.4 6.3

3276581328.0 5.6

-2054564647.1 5.6

-1575911760.9 22.2

1363996721.0 12.1

-4975298550.8 2.1

-5165676857.9 19.1

-4426738303.6 79.9

2551378749.3 9.0

-4882907189.6 16.1

1393002633.2 17.8

-5328391552.0 10.5

919596613.1 6.0

1310295024.7 7.1

-4239211079.2 30.1

4052034149.7 71.7

3105015115.5 17.4

-4666607652.5 11.8

5074053412.6

3565519114.8

3724279055.4

3726118448.5

2387813687.6

5370362561.2

1034707131.1

3709123968.7

3720152325.1

3875435960.0

2607604546.0

3938086865.9

4133325355.3

3236502743.0

4449558977.0

5513958572.0

4596266071.8

3369020732.9

4001945061.63668426671.1

8.1

25.1

14.7

14.1

6.2

58.9

18.4

2.0

12.7

66.3

14.2

13.3

44.5

6.6

14.8

23.5

30.1

112.3

23.9

9.3

MOJAVE 12

MON PEAK

NOBEY 6H

NCME

NOTO

7222

7274

7244

7279

7547

-2356170726.0 1.6

-2386288981.5 10.4

-3871167912.2 9.8

-2658150048.0 26.7

4934563558.9 29.4

-4646755855.8 4.6

-4802346816.3 21.5

3428276062.2 8.7

-693821861.6 12.1

1321200858.8 12.2

3668670653.8

3466883767.7

3723697820.1

5737236689.7

3806484203.0

4.6

15.8

13.1

48.226.9

5.2

(continued)

_IJ3I Site positions at Ja_mry 1.5, 1979

Nm

NRAO 140

NRAO85 3

OCOTILLO

ONSALA60

OVR 7853

OVRO 130

PBLOSSCH

PENTICTN

PIETO_N

PINFLATS

Mo_ci_mt

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

X Error

tram) (._)

882880226.3 1.6

882325916.4 4.6

-2335600731.8 18.0

3370606453.0 5.4

-2410420954.8 5.4

-2409600474.4 2.3

-2464070658.5 25.7

-2058840092.2 29.2

-1640953396.1 4.0

-2369635528.7 18.9

Y Error

{,--) (..--)

-4924482314.6 5.9

-4925137978.3 13.8

-4832244367.2 35.3

711917152.2 3.4

-4477800376.2 10.8

-4478349509.5 6.1

-4649425597.7 47.8

-3621286365.0 49.2

-5014815998.4 8.8

-4761325163.6 37.5

Z Error

(,,,--) (,--)

3944130579.6 5.2

3943397559.4 11.1

3434392368.5 25.8

5349830545.3 8.3

3838690368.5 9.3

3838603261.3 6.0

3593905745.3 36.2

4814420790.6 62.5

3575411953.3 7.5

3511115921.7 28.2

PLATTVIL

PRESIDIO

PRESIDIO

PTREYES

PVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIMA

TROMSONO

7258

7252

7252

7251

7268

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

72807281

72817316

7602

(1)

C2)

-1240707854.7 7.8

-2707704592.0 22.8

-2707704577.1 31.2

-2732332745.5 20.2

-2525452388.7 37.1

-2517230604.6 13.5

961258291.3 1.0

4849245501.1 44.7

-2554476267.5 35.2

1769693011.7 8.6

-2295347674.7 89.6

-2831686215.4 22.4

1838237925,5 9.4

-2847697574.3 110.4

-3642141484.5 84.3

-3425461538.4 47.6-2419993118.1 28.9

-2419993108.0 40.5-4489356652.2 112.5

2102904518,3 6.4

-4720454333.4 24.5

-4257609563,6 36.2

-4257609547.0 49.3

-4217635176.3 30.7

-4670035934.9 66.6

-4198595183.1 22.8

-5674090039.4 1.9

-360278565.2 9.7

-4608627642.9 63.4

-5044504368.6 16.1

-3638029431.4 647.5

4675733909.5 27.2

-5258699137.7 17.3

4659872818.8 g8.4

2861496669.4 80.8

-1214669075.9 28.0-1664228695.4 21.9

-1664228723.1 30.53482989430.8 124.5

721602265.0 4.7

4094481559.5 20.5

3888374234.9 32.53888374205.4 43.8

3914490819.6 29.0

3522886534.2 49.9

4076531326.7 21.5

2740533681.4 1.4

4114884275.6 38.2

3582138068.7 47.9

-3468435223.9 9.2

4693408742.6 644.2

3275327920.0 27.5

-3100589014.2 8.7

3283958855.8 89.6

4370361861.2 61.1

5223858346.8 71.8

5643538286.0 66.9

5643538354.6 93.8

2887931174.6 71.8

5958201197.0 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209

WETTZELL 7224

WHTHORSE 7284

WHTBORSE 7284

ref

2988029572.7 5.2

-3957172573.9 63.0

-3855354941.1 33.1

-1631473018.9 23.0

-2341309777.6 10.4

-2678094348.7 4.2

1492206957.2 .0

4075540325.5 5.8-2215213185.3 66.0

-2215213299.1 86.6

655956777.0 2.4

3310237983.6 55.3

3427427779.5 29.2

-4589128887.2 57.6

-3539083823.6 15.7

-4525451098.1 7.8

-4458130515.2 .0

931734884.6 3.5

-2209261502.6 61.7

-2209261604.0 81.5

5578668916.8 9.9

3737709120.1 63.2

3740971458.0 38.7

4106759897.2 49.3

4745768409.4 20.1

3597409905.9 7.1

4296015400.4 .0

4801628166.7 8.2

5540292447.7 148.1

5540292633.2 195.7(2)

YAKATAGA 7277 -2529743866.3 34.7 -1942091271.5 28.6 5505028036.6 72.7

YAKATAGA 7277 (2) -2529743883.1 44.9 -1942091225.9 36.7 5505027897.6 93.9

YELLOWKN 7285 -1224124159.2 5.4 -2689530603.0 11.5 5633555305.3 23.9

YLOW7296 7296 -1224399083.6 1.9 -2689273186.3 3.1 5633620271.1 5.0

7894 -2196777671.5 18.2 -4887337027.4 40.2 3448425277.5 28.6

Notes:

(i) Positions after the October 1989 Loma Prieta earthquake extrapolated to the site reference

epoch.

(2) Positions after the winter 1987-86 Gulf of Alaska earthquakes extrapolated to the site

reference epoch.

ref Reference station which defines the coordinate system origin.

53

Table $.2

VLBI Site ]posltl_mm at 3_ 1.5, 1980

Jim

ALGOPARK

AUSTIN'fX

BERMUDA

BLKBUT_

BLOOHIND

BREST

CARNUSTY

CARROLGA

CHLBOLTN

D_

DSSI5

DSS45

DSS65

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7 I02

GRASSE

HALEAKAL

EARTRAO

8ATCREEK

HAYSTACK

8OBART26

Monument

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

7231

1642

1665

7203

7286

7613

7261

7266

7241

7241 (1)

7900

7225

1513

7102

7605

7120

7232

7218

7205

7242

X Error

(m) (,,-,,)

918035107.6 2.6

-737793580.9 3.7

2307209727.0 8.3

-2306306712.8 25.9

302384711.0 21.7

4228877431.1 11.1

3526416717.9 15.4

453520859.2 9.2

4008310405.2 7.5

-2338819417.0 82.0

-2353538510.9 33.7

-4450934580.3 40.4

4849335974.6 32.6

4033947836.2 6.9

-2077236046.7 18.5

-1324008865.2 5.3

-1923992428.1 15.9

-2697026419.2 20.8

-2699639910.4 26.6

-2699839886.5 29.3

-1324227718.6 3.6

-2281546812.5 2.8

-2351128878.1 3.7

1130686831.4 18.7

4581698020.1 13.0

-5465998236.5 14.3

5085442976.7 28.4

-2523969663.9 3.7

1492405082.0 1.2

-3950235858.5 46.5

T Error

(m) (-,,,)

-4346132237.9 9.6

-5459892239.0 16.1

-4874215867.2 27.9

-4787914400.7 52.8

-4941699038.0 47.5

-333104553.8 2.5

-171421441.6 3.9

-5300506764.4 34.2

-100651116.9 3.7

-4732586944.7 158.6

-4641649496.2 69.6

2682765833.2 29.3

-360489196.7 6.7

486990147.0 4.2

-4485712882.1 40.3

-5332181909.7 11.5

-4850854492.9 38.5

-4354393553.7 33.7

-4359127327.2 42.8

-4359127304.4 47.1

-5332063031.0 12.7

-1453645005.6 3.7

-4655477042.6 7.1

-4831352998.7 66.7

556125366.2 3.7

-2404608963.7 8.5

2668263103.6 17.8

-4123506320.9 6.9

-4457266522.8 2.7

2522347542.2 34.7

Z Error

(,,-,) (,--)

4561971052.5 9.2

3202990453.6 9.5

3394317771.5 19.1

3515736458.0 37.9

4007908421.0 37.1

4747180778.4 12.0

5294096658.4 20.9

3507207365.2 20.8

4943794576.7 9.8

3570330028.7 111.1

3676670051.6 71.2

-3674382014.0 25.4

4114748563.2 34.7

4900430575.5 10.0

4018753777.0 33.3

3231962477.2 8.3

3658589324.1 29.2

3788077395.1 29.0

3781050743.1 36.5

3781050781.2 40.3

3232023054.8 7.7

5756993254.7 6.0

3660956941.6 6.5

3994110789.3 54.3

4389351224.2 13.5

2242228150.7 8.6-2768697368.4 14.6

4147752635.4 6.94296881635.7 2.8

-4311563269.6 40.4

HOHENFRG

3PL MVI

KASHIM34

KASHIMA

KAUAI

KODIAK

KNAJAL26

LA-VLBA

LEONRDOK

HAMHOTEL

MARCUS

MARPOINT

MATERA

HCD 7850

_DICINA

METSHOVl

MILESMON

MIYAZAKI

HIZUSGSI

blOJ 7288

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

7217

7243

7850

7230

7601

7038

7312

7314

7288

3778215270.7 6.0

-2493305617.1 15.7

-3997668942.4 8.7

-3997891961.6 7.8

-5543845791.9 3,8

-3026939828.4 30.6

-6143536477.2 29.9

-1449752063.5 .7

-522231341.1 3.7

-2448246517.5 38.1

-5227446972.8 15.4

1106629627.4 4.2

4641939329.2 44.0

-1330007926.7 2.8

4461370418.1 12.0

2890653207,3 15.6

-1204438723.4 9.2

-3582767451.0 109.2

-3862411539.9 43.1

-2356493859.5 5.9

698644424.7 2.4

-4655197828.2 29.1

3276690821.0 5.7

3276581327.7 5.0

-2054564585.6 5.0

-1575911741.9 20.0

1363996786.7 10.6

-4975298551.5 2.1

-5145676858.8 19.1

-4426738304.2 67.8

2551378807.9 9.0

-4882907190.8 14.5

1393002652.7 16.3

-5328391552.6 10.5

919596432.4 5.4

1310295039.9 7.1

-4239211080.3 30.1

4052034141.4 71.7

3105015115.1 17.4

-4646607653.1 11.6

5076053421.3 8.1

3565519134.8 22.0

3724279041.3 13.0

3724118434.3 12.4

2387813518.9 5.7

5370362549.4 52.9

1034707160.1 16.2

3709123962.0 2.0

3720152321.8 12.7

3875435949.6 56.3

2607604568.5 14.2

3938086868.8 11.9

4133325365.4 40.9

3236502736.6 6.6

4449558987.2 13.4

5513958577.8 23.5

4596266066.2 30.13369020719.8 112.3

4001945047.9 23.9

3668426661.0 9.2

MOJAVE12

HD8 PEAK

NOBEY 6H

NOHE

NOTO

7222

72747244

72797547

-2356170738.6 1.4

-2386289014.1 9.2

-3871167925.6 9.8

-2658150069.7 24.04934563545.0 26.8

-4646755856.4 4.2

-4802346786.0 lg.0

3428274061.8 8.7

-693821862.7 10.91321200878.g 11.1

|

5.4

3668470643.7 4.2

3444883767.4 14.1

3723697806.5 13.1

5737236679.6 43.0

3806484214.0 24.5

(continued)

W_BI Stte positim_s at Jlmuary 1.5, lg8O

Nm

NRAO 140

NRA085 3

OCOTILLO

ONSALAfi0OVR 7853

OVRO 130

PBLOSSC_

PENTICTN

PIETO_

PIt, FLATS

H_nument

7204

7214

7270

72137853

7207

7254

7283

7234

7256

X Error

882880210.7 1.5

882325900.8 4.2

-2335600764.8 18.0

3370608437.3 4.8

-2410420969.9 5.3

-2409600489.5 2.1

-2464070672.8 22.3

-2058840110.9 26.4

-1640953410.3 3.6

-2369635560.6 16.7

Y Error

(=_) (.-,)

-4924482315.8 5.4

-4925137979.5 12.7

-4832244337.4 35.3

711917168.8 3.1

-4477800376.8 10.4

-4478349510.1 5.4-4649425598.3 41.6

-3621286366.0 44.5

-5014815999.1 8.0

-4761325133.4 33.1

Z Error

(,--,) (,=,)

3944130581.6 4.7

3943397561.4 10.2

3434392387.9 25.8

5349830553.0 7.4

3838690358.3 8.9

3838603251.0 5.4

3593905734.7 31.5

4814420781.9 56.43575411945.8 6.9

3511115941.2 25.0

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

FVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIAI2

SEATTLE1

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIMA

TROMSON0

7258

7252

7252 (1)7251

7268

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

7280

7281

7281 (2)7316

7602

-1240707870.9 7.0

-2707704607.3 20.3

-2707704592.4 28.7

-2732332769.7 18.2

-2525452419.5 33.4

-2517230620.6 12.1

961258280.0 1.0

4849245492.0 43.6

-2554476297.4 31.6

1769693012.6 8.6

-2295347693.0 81.6

-2831686239.0 20.3

1838237925.6 9.4

-2847697597.8 110.2

-3642141500.4 84.3

-3425461558.2 43.0

-2419993139.6 25.0

-2419993129.5 36.5

-4489356638.1 112.5

2102904501.0 6.4

-4720454334.3 21.8

-4257609564.2 32.1

-4257609547.6 45.2

-4217635141.6 27.6

-4670035903.0 60.0

-4198595183.7 20.4

-5674090040.3 1.8

-360278545.0 9.4

-4608627610.6 57.0

-5044504374.0 16.1

-3638029432.3 591.7

4675733903.5 24.7

-5258699142.7 17.3

4659872812.8 98.0

2861496668.8 80.8

-1214669076.7 25.3

-1664228696.5 19.0

-1664228724.2 27.5

3482989447.8 124.5

721602278.0 4.7

4094481653.6 18.3

3888374223.6 28.8

3888374194.1 40.1

3914490840.1 28.2

3522886554.4 44.g

4076531316.1 19.3

2740533683.5 1.3

4114884288.1 36.7

3582138088.9 43.0

-3468435215.6 9.2

4693408733.0 588.5

3275327908.2 24.8

-3100589005.6 8.7

3283958843.9 89.0

4370381848.2 61.1

5223858333.6 64.9

5643538286.5 57.8

5643538345.1 84.6

2887931175.9 71.8

5958201201.5 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTBORSE 7284

WHTBORSE 7284 (2)

2988029556.6 5.2

-3957172587.4 55.7

-3855354961.7 33.1

-1631473035.1 20.7

-2341309796.0 10.4

-2678094377.6 3.8

1492206940.3 .0

4075540310.4 5.2

-2215213206.5 57.8

-2215213320.3 78.0

655956792.6 2.4

3310237983.2 48.9

3427427770.7 29.2

-4589128888.0 51.8

-3539083824.5 15.7

-4525451064.5 7.0

-4458130516.6 .0

931734903.0 3.1

-2209261503.7 53.7

-2209261605.1 73.4

5578668923.6 9.9

3737709106.1 55.9

3740971444.8 38.7

4106759889.8 44.4

4745768399.7 20.1

3597409926.6 6.4

4296015404.9 .0

4801629176.0 7.3

5540292438.8 128.9

5540292624.3 176.4

YAKATAGA 7277

YAKATAGA 7277 (2)

YELLOWKN 7285

YLOW7296 7296

YUMA 7894

-2529743887.3 30.4

-2529743904.1 40.6

-1224124180.8 5.4

-1224399105.2 1.9

-2196777685.2 16.0

-1942091272.5 25.1

-1942091227.0 33.1-2689530604.3 11.5

-2689273187.6 3.1

-4887337028.0 35.4

5505028026.8 63.8

5505027887.6 85.0

5633555299.9 23.9

5633620265.8 5.0

3448425267.9 25.3

Notes:

(I) Positions after the October 1988 Loma Prieta earthquake extrapolated to the site reference

epoch.


reference epoch.


5_

Table 5.3

_[.BI S.'Lt.o ]?oslt£_ at. 3m_.ry 1.5, 1981

M_io

ALGOPARK

AUSTINTX

BERMUDA

BLKBUTTE

BLOOHIND

BREST

CARNUSTY

CARROLGA

CHLBOLTN

DEAIAHANL

Monm_t

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

X Ez'roz

(m) (m)

918035089.7 2.4

-737793593.9 3.7

2307209713.4 8.3

-2306306726.8 22.4

302384695.1 21.7

4228877420.3 11.1

3526416705.2 15.4

453520845.1 9.2

4008310393.1 7.5

-2336819431.3 71.3

Error

(m) (m)

-4346132239.3 6.7

-5459892239.7 16.1

-4874215868.5 27.9

-4767914401.3 45.7

-4941699039.1 47.5

-333104534.9 2.5

-171421424.5 3.9

-5300506765.4 34.2

-100651098.5 3.7

-4732586945.2 137.9

Z

(--)

4561971054.8

3202990449.4

3394317778.9

3515736448.1

4007908420.8

4767180789.3

5294098667.5

3507207365.5

4943794586.9

3570330018.6

_,EEOE

(==)

8.3

9.5

19.1

32.8

37.1

12.0

20.9

20.6

9.8

96.6

DSS15

DSS 45

DSS65

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

HALEAKAL

HARTRAO

HATCREEK

HAYSTACK

HOBART26

7231

1642

1665

7203

7286

76137261

72667241

7241

7900

7225

1513

7102

7605

7120

7232

7218

7205

7242

(1)

-2353538525.6 29.8

-4460934617.7 36.6

4849336965.4 29.1

6033947822.2 6.3

-2077236062.6 16.3

-1324008878.3 5.3

-1923992442.6 14.0

-2697026445.5 18.1-2699839936.8 23.9

-2699839912.9 26.5

-1324227731.6 3.6

-2281546834.4 2.5

-2351128892.6 3.3

1130686815.6 17.0

4581698007.2 13.0

-5465998250.2 14.3

5085442974.7 25.7

-2523969680.3 3.3

1492405065.1 1.1

-3950235896.3 42.2

-4641649496.8 61.5

2682765834.0 26.4

-360489176.4 6.0

486990165.4 3.7

-4486712682.8 35.6

-5332181910.4 11.5

-4850854493.6 33.9

-4354393519.5 29.2-4359127293.0 38.3

-4359127270.2 42.5

-5332063031.6 12.7

-1453645006.7 3.3

-4655477043.2 6.3

-4831353000.0 60.6

556125365.6 3.7

-2404408903.0 8.1

2668263127.1 16.0

-4123506321.6 6.1

-4457266524.2 2.4

2522347551.6 31.3

3676670041.5

-3674381968.0

4114748575.8

4900430585.1

4018753768.0

3231962470.7

3658589315.5

3788077415.73781050763.8

3781050801.8

3232023048.45756993245.7

3660956931.5

3994110792.3

4389351235.2

2242228182.3

-2768697349.4

4147752624.8

4296861640.1

-4311563227.6

62.8

22.8

31.0

9.0

29.4

8.3

25.5

25.2

32.8

36.4

7.7

5.3

5.949.4

13.5

8.3

13.1

6.2

2.5

36.6

HOHENFRG

3PL MV1

KASBIH34

KASHIMA

KAUAI

KODIAK

KWAJAL26

LA-VLBA

LEONRDOK

MAMMOTHL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

METSHOVI

MILESMON

MIYAZAKI

MIZUSGSI

MOJ 7288

MOJAVE12

MON PEAK

NOBEY 6H

NOHE

NOTO

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

7217

7243

7850

7230

7601

7038

7312

7314

7288

7222

7274

7244

7279

7567

3778215255.6 6.0

-2493305647.6 13.5

-3997648955.9 7.7

-3997891975.1 6.8

-5543645801.3 3.6

-3026939848.9 27.1

-6163536657.7 25.5

-1449752078.3 .7

-522231356.0 3.7

-2448246532.8 31.4

-5227446932.9 15.4

1106629611.7 3.8

4641939314.3 40.1

-1330007939.8 2.8

4461370403.9 10.7

2890653189.2 15.6

-1204438741.4 9.2

-3582767472.8 109.2

-3862411554.5 43.1

-2356493874.1 5.9

-2356170753.1 1.3

-2386289046.8 8.0

-3871167939.1 9.8

-2656150091.4 21.3

4934563531.1 24.2

698644442.5 2.4

-4655197796.5 25.0

3276690820.7 5.1

3276581327.3 4.4

-2054564523.8 4.3

-1575911742.8 17.8

1363996652.5 9.0

-4975298552.3 2.1

-5145676859.7 19.1

-4426738304.8 55.8

2551378866.7 9.0

-4882907192.1 12.91393002672.3 14.9

-5326391553.3 10.5

919596451.7 4.8

1310295055.2 7.1

-6238211061.3 30.1

4052034133.0 71.7

3105015114.6 17.4

-4646607653.7 11.5

-4646755857.0 3.7

-4802346755.6 16.6

3428274061.5 8.7

-693821663.8 9.7

1321200699.1 10.0

5074053430.1

3565519154.9

3724279027.1

3724118420.1

2387613550.3

5370362537.6

1034707189.1

3709123955.2

3720152318.4

3875435939.2

2607606590.9

3938086871.74133325375.6

3236502730.2

4649558997.4

5513958583.7

4596268060.5

3369020706.6

4001945034.2

3668426650.9

3668470633.6

3444883787.1

3723697792.6

5737236669.4

3806484225.0

6.1

19.0

11.4

10.8

5.3

67.0

14.0

2.0

12.7

46.4

14.2

10.637.3

6.6

12.1

23.5

30.1

112.3

23.9

9.0

3.9

12.3

13.1

37.9

22.2

5.6

(continued)

• LBI Slte positLc_s at January 1.5, 1981

N!

NRAO 140

NRAO85 3

OCOTILLO

ONSALAT0

OVR 7853

OVRO 130

PBLOSSOM

PENTICTN

PIETOWN

PINFLATS

_t

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

X Error

(=--) (mm)

882880195.0 1.3

882325885.1 3.8

-2335600797.9 18.0

3370606421.5 4.3

-2410420985.2 5.2

-2409600504.7 1.8-2464070687.1 19.0

-2058840129.6 23.5-1640953424.6 3.3

-2369635592.5 14.5

T Error

(.m) (um)

-4924482317.0 4.8

-4925137980.7 11.5

-4832244307.5 35.3

711917185.4 2.7

-4477800377.4 I0.0

-4478349510.7 4.7

-4649425598.9 35.4

-3621286366.9 39.8

-5014815999.8 7.2

-4761325103.1 28.8

Z ErroZ

(---) (---)

3944130583.7 4.2

3943397563.4 9.3

3434392407.4 25.8

5349830560.7 6.5

3838690348.0 8.6

3838603240.7 4.8

3593905724.2 26.9

4814420773.1 50.3

3575411938.3 6.3

3511115960.8 21.7

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDES

QUINCY

RIC_dOND

ROBLED32

SANPAULA

SANTIA12

7258

7252

7252 (1)

7251

7268

7221

7219

1561

7255

1404

SEATTLE1 7229

SESHAN25 7227

SEST 7239

SHANGHAI 7226

SINTOTU 7315

SNDPOINT 7280

SOURDOGH 7281

SOURDOGH 7281 (2)

TITIJIMA 7316

TR(AMSONO 7602

-1240707887.1 6.1

-2707704622.6 17.7

-2707704607.7 26.1

-2732332793.9 16.2

-2525452450.5 29.7

-2517230636.7 10.6

961258268.8 1.0

4849245482.9 42.8

-2554476327.3 28.0

1769693013.5 8.6

-2295347711.3 73.6

-2831686262.6 18.31838237925.7 9.4

-2847697621.4 109.9-3642141516.4 84.3

-3425461578.1 38.4

-2419993161.1 21.1

-2419993151.0 32.6

-4489356624.0 112.5

2102904483.7 6.4

-4720454335.1 19.2-4257609564.7 28.0

-4257609548.1 41.1

-4217635106.8 24.6

-4670035871.1 53.3

-4198595184.4 18.0

-5674090041.2 1.8

-360278524.8 9.2

-4608627578.2 50.6

-5044504379.4 16.1

-3638029433.2 535.7

4675733897.6 22.3-5258699147.8 17.3

4659872806.8 97.62861496668.3 80.8

-1214669077.6 22.7

-1664228697.6 16.0-1664228725.3 24.5

3482989464.9 124.5721602291.1 4.7

4094481647.7 16.0

3888374212.3 25.2

3888374182.8 36.5

3914490860.6 23.3

3522886574.6 39.9

4076531305.5 17.0

2740533685.6 1.3

4114884300.6 35.6

3582138109.2 38.2

-3468435207.3 9.2

4693408723.4 532.8

3275327896.2 22.2-3100588996.9 8.7

3283958832.0 88.5

4370361835.3 61.1

5223858320.4 57.9

5643538276.9 48.8

5643538335.5 75.5

2887931177.3 71.8

5958201206.1 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284 (2)

2988029540.5 5.2

-3957172601.0 48.5

-3855354982.4 33.1

-1631473051.3 18.4

-2341309814.4 10.4

-2678094406.7 3.4

1492206923.4 .0

4075540295.3 4.6

-2215213227.8 49.3

-2215213341.5 69.4

655956808.2 2.4

3310237982.9 42.5

3427427761.8 29.2

-4589128888.8 46.0

-3539083825.4 15.7

-4525451030.8 6.1

-4458130518.0 .0

931734921.4 2.8

-2209261504.8 45.8

-2209261606.2 65.3

5578668930.4 9.9

3737709092.1 48.7

3740971431.6 38.7

4106759882.5 39.4

4745768389.9 20.1

3597409947.4 5.8

4296015409.3 .0

4801629185.2 6.5

5540292429.8 109.9

5540292615.3 157.0

YAKATAGA 7277

YAKATAGA 7277 (2)

YELLOWKN 7285

YLOW7296 7296

7894

-2529743908.3 26.2

-2529743925.1 36.3

-1224124202.5 5.4

-1224399126.9 1.9

-2196777699.0 13.9

-1942091273.6 21.6

-1942091228.0 29.6

-2689530605.6 11.5

-2689273188.9 3.1

-4887337028.5 30.6

5505028016.5 54.9

5505027877.5 76.0

5633555294.6 23.9

5633620260.4 5.0

3448425258.3 21.9

Notes:

(1) PostCtons after the October 1989 Loma Prieta earthquake extrapolated to the site reference

epoch.(2) Positions after the winter 1987-68 Gulf of Alaska earthquakes extrapolated to the site

reference epoch.

ref Reference station which defines the coordinate system orisin.

5.7

Table 5.4

• LBI Site pos:Ltions at JimuL-7 1.5, 1982

ALGOPARK

AUSTINTX

B_NDA

BLEBUTTE

BLOOMIND

BREST

CARNUSTY

CARROLGA

_LTN

D_

Moommmt

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

X Ez_oz

(') (am)

918035071.8 2.1

-737793606.8 3.7

2307209699.9 8.3

-2306306740.6 18.9

302384679.2 21.7

4228877409.5 11.1

3526416692.5 15.4

453520831.0 9.2

4008310381.1 7.5

-2336819445.4 60.7

Y Erzor

(m) (---)

-4346132240.6 7.8

-5459892240.5 16.1

-4874215869.7 27.9

-4787914401.8 38.6

-4941699040.3 47.5

-333104516.1 2.5

-171421407.5 3.9

-5300506766.4 34.2

-100651080.3 3.7

-4732586945.8 117.4

Z Error

(mm) (am)

4561971057.1 7.5

3202990445.2 9.5

3394317786.3 19.1

3515736438.1 27.7

4007908420.7 37.1

4747180800.2 12.0

5294098676.5 20.9

3507207365.8 20.6

4943794597.0 9.8

3570330008.6 82.2

DSS15

DSS45

DSS65

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

HALEAKAL

R&RTRAO

BATCREEK

HAYSTACK

BOBART26

7231

1642

1665

7203

7286

76137261

7266

7241

7241

7900

72251513

7102

7605

7120

7232

7218

7205

7242

(1)

-2353538540.1 26.0

-4460934654.9 32.9

4849336956.3 25.6

4033947808.4 5.6

-2077236078.4 14.2

-1324008891.3 5.3

-1923992457.2 12.1

-2697026471.7 15.4-2699839963.1 21.1

-2699839939.2 23.7

-1324227744.7 3.6

-2281546856.3 2.2-2351128907.1 2.9

1130686799.8 15.34581697994.4 13.0

-5465998264.0 14.2

5085442972.8 23.1

-2523969696.5 2.9

1492405048.2 .9

-3950235937.9 37.9

-4641649497.4 53.5

2682765834.8 23.5

-360489156.2 5.4

486990183.7 3.3

-4486712683.5 31.0

-5332181911.0 11.5

-4850854694.3 29.3

-4354393485.4 24.8

-4359127258.9 33.9

-4359127236.1 38.0

-5332063032.2 12.7

-1453645007.9 2.9-4655477043.8 5.5

-4831353001.2 54.6

556125405.4 3.7

-2404408842.5 7.8

2668263150.4 14.2

-4123506322.3 5.3

-4457266525.6 2.1

2522347561.0 26.0

3676670031.4 54.4

-3674381922.2 20.3

4114748588.3 27.2

4900430594.7 8.1

4018753759.0 25.6

3231962464.4 8.33658589307.0 22.0

3788077436.3 21.43781050784.3 29.0

3781050822.3 32.6

3232023042.0 7,7

5756993236.8 4.73660956921.5 5.3

3994110795.2 44.5

4389351246.1 13.5

2242228213.8 8.0

-2768697330.4 11.7

4147752614.2 5.5

4296881644.5 2.2

-4311563185.8 32.8

HOHENFRG

JPL HV1

KASHIM34

KASHIMA

KAUAI

KODIAK

KWAJAL26

LA-VLBA

LEORRDOK

MA/f4OTHL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

METSHOVI

HILESMON

HIYAZAKI

HIZUSGSI

MOJ 7288

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

72177243

7850

7230

76017038

73127314

7288

3778215240.7 6.0

-2493305678.1 11.3-3997648969.3 6.8

-3997891988.6 5.9

-5543845810.6 3.4

-3026939869.3 23.7

-6143536438,3 21.2

-1449752093.0 .7

-522231370.8 3.7

-2448246548.1 25.0

-5227446893.1 15.4

1106629596.1 3.34641939299.4 36.3

-1330007952.8 2.8

4461370389.7 9.5

2890653171.1 15.6-1204438759.4 9.2

-3582767494.6 109.2-3862411569,0 43.1

-2356493888.7 5.9

698644460.1 2.4

-4655197764.8 20.93276690820.4 4.6

3275581327.0 3.8

-2054564462,3 3.7

-1575911743.7 15.6

1363996916.2 7.6

-4975298553.0 2.1

-5145676860.6 19.1

-4426738305.4 44.2

2551378925.3 9.0

-4882907193.3 11.3

1393002691.8 13.5

-5328391553.9 10.5

919596471.0 4.3

1310295070.3 7.1-4239211082.3 30.1

4052034124.7 71.73105015114.2 17.4

-4646607654.3 11.3

5074053438.8 8.1

3565519174.8 16.03724279012.9 9.8

3724118406.0 9.2

2387613581.7 4.9

5370362525.8 41.1

1034707218.0 12.0

3709123948.4 2.0

3720152315.1 12.7

3875435928.8 36.8

2607604613.4 14.2

3938086876.5 9.34133325385.8 33.7

3236502723.8 6.6

4449559007.6 10.7

5513958589.6 23.54596266054.9 30.1

3369020693.5 112.34001945020.5 23.9

3668426640,8 8.9

MOJAVE12

MON PEAK

NOBEY 6H

NOME

NOTO

7222

7274

7244

7279

7547

-2356170767.7 1.2

-2386289079.5 6.8

-3871167952.5 9.8

-2658150113.1 18.5

4934563517.2 21.6

-4646755857.6 3.2

-4802346725.3 14.2

3428274061.1 8.7

-693821864.9 8.5

1321200919.3 8,9

3668470623.5 3.6

3444883806.8 10.6

3723697779.2 13.1

5737236659.2 32.9

3806484236.0 19.8

S.8

(continued)

_I Site positions at Jmauary 1.5, 1982

Name Monueumt X Error Y F_zor Z Error

(---) (--_) (am) (am) (am) (am)

liRAO 140 7204 882880179.4 1.2 -4924482318.2 4.3 3944130585.7 3.8

NRAO85 3 7214 882325869.5 3.5 -4925137981.9 10.4 3943397555.4 8.4

OCOTILLO 7270 -2335600830.9 18.0 -4832244277.8 35.3 3434392428.9 25.8

ONSALAT0 7213 3370606405.8 3.7 711917202.0 2.4 5349830588.4 5.7

OVR 7853 7853 -2410421000.3 5.1 -4477800378.0 9.7 3838690337.7 8.3

OVRO 130 7207

P3LOSSCH 7254

PENTICTN 7283

PIETOWH 7234

PINFLATS 7258

-2409600519.9 1.5

-2464070701.4 15.7

-2058840148.3 20.7

-1640953438.9 2.9

-2369635624.4 12.3

-4478349511.3 4.0

-4649425599.4 29.3

-3621286367.9 35,1

-5014816000.5 6.4

-4761325072.8 24.5

3838603230.5 4.3

3593905713.7 22.3

4814420764.4 44.4

3575411930.8 5.6

3511115980.3 18.5

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDE$

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

SESBAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIMA

TROHSONO

7258

7252

7252 (1)

7251

7268

7221

7219

1551

7255

1404

7229

7227

7239

7226

7315

7280

7281

7261 (2)

7316

7802

-1240707903.2 5.3

-2707704837.9 15.1

-2707704623.0 23.5

-2732332818.0 14.2

-2525452481.3 26.0

-2517230652.7 9,2

961258257.6 1.0

4849245473.8 42.3

-2554476357.3 24.5

1769693014.4 8.6

-2295347729.5 65.7

-2831686286.2 16.3

1838237925.8 9.4

-2847697645.0 109.7

-3642141532.4 84.3

-3425461598.0 33.8

-2419993182.6 17.2

-2419993172.5 28.6

-4489356609.9 112.5

2102904488.4 8.4

-4720454336.0 16.5

-4257609565.3 23.9

-4257609548.7 37.0

-4217635072.2 21.6

-4670035839.1 46.7

-4198595185.1 15.6

-5674090042.1 1.8

-360278504.6 9.0

-4608627545.9 44.2

-5044504384.8 16.1

-3638029434.0 479.8

4675733891.6 19.9

-5258699152.9 17.3

4659872800.8 97.3

2861496667.7 80.8

-1214669078.4 20.0

-1664228698.7 13.2

-1664228726.4 21.5

3482989481.9 124.5

721802304.1 4.7

4094481641.8 13.9

3888374201.0 21.6

3888374171.4 32.9

3g144g0881.I 20.5

3522885594.8 35.0

4076531295.0 14.7

2740533687.8 1.3

4114884313.1 34.8

3582138129.4 33.4

-3468435199.0 9.2

4693408713.8 477.2

3275327884.3 19.6

-3100588988.3 8.7

3283958820.1 88.0

4370361822.3 61.1

5223858307.2 51.0

5643538267.4 39.9

5643538326.0 66.4

2887931178.7 71.8

5958201210.8 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VER_AL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284 (2)

2988029524.3 5.2

-3957172614.5 41.3

-3855355003.0 33.1

-1631473067.5 16.2

-2341309832.9 10.4

-2678094435.6 2.9

1492206906.5 .0

4075540280.3 4.0

-2215213248.9 41.1

-2215213362.7 60.8

655956823.8 2.4

3310237982.5 36.2

3427427753.0 29.2

-4589128889.6 40.3

-3539083826.3 15.7

-4525450997.2 5.3

-4458130519.4 .0

931734939.7 2.4

-2209261505,9 37.9

-2209261607.3 57.3

5578668937.3 9.9

3737709078.1 41.5

3740971418.4 38.7

4106759875.1 34.4

4745768380.2 20.1

3597409968.1 5.2

4286015413.7 .0

4801629194.5 5.7

5540292420.9 91.0

5540292606.4 137.6

YAKATAGA 7277 -2529743929.3 22.0 -1942091274.6 18.2 5505028006.5 46.1

YAKATAGA 7277 (2) -2529743946.2 32.0 -1942091229.1 26.1 5505027867.5 67.0

YELLOW_ 7285 -1224124224.2 5.4 -2689530606.9 11.5 5633555289.3 23.9

YLOW7296 7296 -1224399148.5 1.9 -2689273190.2 3.1 5633620255.1 5.0

Y'dHA 7894 -2196777712.8 11.7 -4887337029.1 25.9 3448425248.8 18.6

Notes:

(1) Positions after the October 1989 Loma Prteta earthquake extrapolated to the site reference


reference epoch.

ref Reference station which defines the coordlne_e system origin.

S.9

Table $.5

_1[,BT S:i.t.e ]posttious al_ 3mSUL--'y 1.5, 1983

ALGOPARK

AUSTINTX

BERMUDA

BLEBUTTE

BLOOHIND

BREST

_STY

CARROLGA

CHLBOLTN

DEADHANL

DSS15

DSS45

DSS65

EFLSBERGELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GGRF7102

GRASSE

HALEAKAL

BARTRAO

_TCREEK

RAYSTACK

HOBART26

HOHENFRG

JPLMV1

KASHIM34

KASBIMA

KAUAI

KODIAK

KNAJAL26

LA-VLRA

LEOm_DOK

MAMHOTHL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

METSHOVI

HILESMON

MIYAZAKI

HIZUSGSI

MOJ 7288

Mumlent

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

7231

1642

1665

72037286

X Error

(,--) (m)

916035054.0 1.9

-737793619.7 3.7

2307209686.3 8.3

-2306306754.8 15.5

302384663.4 21.7

4228877398.7 11.1

3526416679.8 15.4

453520817.0 9.2

4008310369.1 7.5

-2336819459.7 50.1

-2353538554.7 22.1

-4460934692.2 29.2

T Error

(==) (-,,,)

-4346132242.0 6.9

-5459892241.2 16.1-4874215871.0 27.9

-4787914402.4 31.5

-4941699041.4 47.5

-333104497.3 2.5

-171421390.4 3.9

-5300506767.4 34.2

-100651062.0 3.7

-4732586946.4 96.9

-4641649498.0 45.5

2682765835.6 20.6

Z

(,,,-)

4561971059.4

3202990440.9

3394317793.7

3515736428.2

4007908420.5

4747180811.1

5294098685.4

3507207366.1

4943794607.2

3570329998.5

3676670021.3

-3674381876.34114748600.8

4900430604.24018753750.0

7613

7261

7266

7241

7241

79o0

7225

1513

7102

7605

71207232

7218

7205

7242

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

7217

7243

7850

7230

7601

7038

7312

7314

7288

(1)

4849336947.2 22.1

4033947794.5 4.9-2077236094.3 12.1

-1324008904.3 5.3

-1923992471.7 10.2

-2697026497.9 12.7

-2699839989.4 18.4

-2699839965.5 20.9

-1324227757.7 3.6

-2281546878.2 1.9-2351128921.7 2.5

1130686784.0 13.64581697981.6 13.0

-5465998277.7 14.25085442970.8 20.5

-2523969712.8 2.51492405031.3 .8

-3950235977.6 33.7

3778215225.7 6.0

-2493305708.6 9.2

-3997648982.8 6.0

-3997892002.1 5.0

-5543845819.9 3.2

-3026939889.8 20.3

-6143536418.8 17.1

-1449752107.8 .7

-522231385.6 3.7

-2448246563.4 18.8

-5227446853.3 15.k

1106629580.5 2.9

4641939284.4 32.5

-1330007965.9 2.8

4461370375.6 8.3

2890653153.0 15.6

-1204438777.4 9.2

-3582767516.3 109.2

-3862411583.6 43.1

-2356493903.2 5.8

-360489136.1 4.7

486990202.0 2.9-4486712684.2 26.3

-5332181911.6 11.5

-4850854494.9 24.7

-4354393451.3 20.5

-4359127224.8 29.6

-4359127201.9 33.5

-5332063032.9 12.7

-1453645009.0 2.5-6655677066.4 4.8

-4831353002.4 48.6556125425.0 3.7

-2404408782.0 7.62668263173.8 12.5

-4123506323.0 4.6-4457266527.0 1.6

2522347570.4 24.7

698644477.8 2.4

-4655197733.2 17.0

3276690820.1 4.0

3276581326.7 3.2

-2054564400.7 3.2

-1575911744.7 13.4

1363996983.9 6.1

-4975298553.8 2.1

-5145876861.5 19.1

-4426738306.1 33.3

2551378983.9 9.0

-4882907194.5 9.7

1393002711.3 12.0

-5328391554.6 10.5

919596490.2 3.7

1310295085.5 7.1

-4239211083.3 30.1

4052034116.4 71.7

3105015113.8 17.6

-4646607656.9 11.2

3231962458.0

3658589298.5

3788077456.8

3781050804.9

3781050842.9

3232023035.6

5756993227.83660956911.4

3994110798.24389351256.9

2242228245.2-2768697311.5

4147752603.64296881649.0

-4311563144.0

5074053447.6

3565519194.8

3724278998.8

3724118391.8

2387813613.0

5370362514.0

1034707247.0

3709123941.6

3720152311.8

3875435918.5

2607604635.8

3938086877.4

4133325396.0

3236502717.3

4449559017.9

5513958595.5

4596266049.2

3369020680.4

4001945006.8

3668426630.7

]F..EEOZ"

(am)

6.6

9.5

19.1

22.7

37.1

12.0

20.9

20.6

9.8

67.9

46.1

17.823.5

7.2

21.8

8.3

18.5

17.825.3

28.7

7.7

4.04.7

39.713.5

7.810.3

4.92.0

29.0

8.1

13.0

8.4

7.7

4.5

35.2

10.0

2.0

12.7

27.7

14.2

8.0

30.2

6.6

9.4

23.5

30.1

112.3

23.9

8.8

MOJAVE12

MON PEAK

NOBEY 6M

NOHE

NOTO

7222

7274

7244

7279

7547

-2356170782.2 1.1

-2386289112.1 5.7

-3871167966.0 9.8

-2658150134.8 15.0

4934563503.4 19.0

-4646755858.1 2.8

-4802346694.9 11.8

3428274060.8 8.7

-693821866.0 7.4

1321200939.4 7.8

3668470613.4

3444883826.4

3723697765.5

5737236649.0

3806484247.0

3.3

8.9

13.1

28.0

17.5

5.10

(continued)

_-.BZ Site posit.inn- at Jannary 1.5, 1983

Name

NRAO 140

NRAO85 3

OCOTILLO

ONSALAT0

OVR 7853

OVRO 130

PBLOSSOH

PENTICTN

PIETOWN

PINFLATS

PLATTVIL

PRESIDIO

PRESIDIO

PTREYES

PVERDES

QUINCY

RIC_IOND

ROBLED32

SANPAULA

SANTIAI2

SEATTLE1

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOUR/_GH

TITIJIMA

TROMSON0

Monument

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

7258

7252

7252 (1)

7251

7268

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

7280

7281

7281 (2)

7316

7602

X Error

(m) (am)

882880163.8 1.1

882325853.9 3.1

-2335600863.9 18.0

3370606390.1 3.1

-2410421015.5 5.0

-2409600535.1 1.3

-2464070715.6 12.6

-2058840167.0 18.0

-1640953453.1 2.6

-2369635656.2 10.2

-1240707919.4 4.4

-2707704653.3 12.6

-2707704638.3 21.0

-2732332842.2 12.2

-2525452512.2 22.4

-2517230668.7 7.8

961258246.3 1.0

4849245464.7 42.0

-2554476387.2 21.0

1769693015.2 8.6

-2295347747.7 57.8

-2831686309.8 14.3

1838237925.9 9.4

-2847697668.5 109,6

-3642141548.4 84.3

-3425461617.6 29.2

-2419993204.1 13.4

-2419993194.0 24.7

-4489356595.9 112,5

2102904449.1 6.4

Y Error

(--) (,.-)

-4924482319.4 3.9

-4925137983.1 9.3

-4832244248.0 35.3

711917218.6 2.0

-4477800378.6 9.5

-4478349512.0 3.4

-4649425599.9 23.4

-3621286368.8 30.5

-5014816001.2 5.6

-4761325042.6 20.3

-4720454336.9 14.0

-4257609565.9 19.9

-4257609549.3 33.0

-4217635037.5 18.6

-4670035807.3 40.1

-4198595185.8 13.2

-5674090043.0 1.8

-360278484.4 8.8

-4608627513.6 37.9

-5044504390.2 16.1

-3638029434.9 424.0

4675733885.7 17.5

-5258699157.9 17.3

4659872794.8 97.0

2881496667.2 80.8

-1214669079.2 17.4

-1664228699.8 10.3

-1864228727.5 18.6

3482989498.9 124.5

721602317.2 4.7

Z Error

(--) (---)

3944130587.7 3.4

3943397567.4 7.5

3434392446.4 25.8

5349830576.1 5.0

3838690327.5 8.0

3838603220.3 3.8

3593905703.2 17.9

4814420755.7 38.5

3575411923.3 5.0

3511115999.9 15.4

4094481635.9 11.7

3888374189.7 18.0

3888374160.1 29.3

3914490901.8 17.6

3522886614.9 30.1

4076531284.4 12.5

2740533689.9 1.2

4114884325.6 34.5

3582138149.6 28.6

-3468435190.7 9.2

4693408704.2 421.fi

3275327872.4 17.0

-3100588979.7 8.7

3283958808.2 87.7

4370361809.4 61.1

5223858294.0 44.15643538257.9 31.1

5643538316.4 57.4

2887931180.1 71.8

5958201215.1 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

rEPeAL 7290

VICTORIA 7289

VNDNBERG 7223WESTFORD 7209 ref

WETTZELL 7224W'HTHORSE 7284

WBTHORSE 7284 (2)

2988029508.2 5.2

-3957172628.0 34.3

-3855355023.7 33.1

-1631473083.7 13.9

-2341309851.3 10.4

-2678094464.5 2.5

1492206889.6 .0

4075540265.2 3.4-2215213270.1 33.1

-2215213383.9 52.3

655956839.4 2.4

3310237982.2 30.0

3427427744.2 29.2

-4589128890.5 34.6

-3539083827.1 15.7

-4525450963.6 4.6

-4458130520.8 .0

931734958.1 2.1

-2209261507,0 30.2

-2209261608.4 49.2

5578668944.0 9.9

3737709064.1 34.4

3740971405.3 38.7

4106759867.8 29.5

4745768370.5 20.1

3597409988.8 4.6

4296015418.2 .0

4801629203.7 5.0

5540292412.0 72.4

5540292597.5 118.3

YAKATAGA 7277

YAKATAGA 7277 (2)

YELLOWKN 7285

YLOW7296 7296

YUHA 7894

-2529743950.3 17.8

-2529743967.2 27.7

-1224124245.8 5.4

-1224399170.1 1.9

-2196777726.6 9.6

-1942091275.7 14.8

-1942091230.1 22.6

-2689530608.2 11.5

-2689273191.5 3.1

-4887337029.6 21.2

5505027996.5 37.5

5505027857.5 58.1

5633555284.0 23.9

5833620249.8 5.0

3448425239.2 15.3

Notes:

(I) Positions after the October 1989 Loma Priers earthquake extrapolated to the site reference

epoch.

(2) Positions after the winter 1987-88 Gulf of Alaska earthquakes extrapoiated to the site

reference epoch.


$.11

Table5.6

_R_I Site po,tit,£ans at 3mmax-y 1.5. 1984

Im

ALGOPARK

AUSTINTX

B_MUDA

BLKBUTTE

BLOOHIND

3REST

CARRUSTY

CARROLGA

CBIJ3OLTN

DEADHANL

DSS15

DSS45

DSS65

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORE

FORTQRDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

HALEAKAL

HARTRAO

HATCREEK

HAYSTACK

HOBART26

_t

7282

7271

7294

7269

7291

7604

7603

7226

7215

7267

7231

16421665

7203

7286

7613

7261

7266

7241

7241

7900

7225

1513

7102

7605

7120

7232

7218

7205

7242

(1)

X Error

(aa) (--,)

918035036.1 1.6

-737793632.7 3.7

2307209672.8 8.3

-2306306768.8 12.1

302384647.5 21.7

4228877388.0 11.1

3526416667.1 15.4

453520802.9 9.2

4006310357.0 7.5

-2336819473.8 39.5

-2353538569.3 18.3

-4460934729.5 25.54849336938.1 18.6

4033947780.7 4.4

-2077236110.1 10.0

-1324008917.3 5.3

-1923992486.3 8.4

-2697026524.1 10.1

-2699840015.7 15.8

-2699639991.8 16.1

-1324227770.7 3.6

-2281546900.1 1.7

-2351128936.2 2.2

1130686768.2 12,0

4581697968.8 13.0

-5465998291.6 14.2

5085462968.8 17.9

-2523969729.1 2.1

1492405014.4 .7

-3950236017.2 29.5

Y Error

(m) (,,-)

-4346132243.4 6.0

-5459892241.9 16.1

-4874215872.3 27.9

-4787914402.9 24.6-4941699042.5 47.5

-333104478.5 2.5

-171421373.4 3.9

-5300506768.4 34.2

-100651043.7 3.7

-4732586946.9 76.6

-4641649498.6 37.6

2682765838.4 17.9

-360489115.9 4.0

486990220.4 2.5

-4486712685.0 21.8

-5332181912.3 11.5

-4850854495.6 20.3

-4354393417.2 16.4

-4359127190.7 25.3

-4359127167.6 29.0

-5332063033.5 12.7

-1453645010.2 2.2

-4655477044.9 4.1

-4831353003.7 42.6

556125444.6 3.7

-2404408721.5 7.4

2668263197.2 10.9

-4123506323.7 3.9

-4457266528.4 1.6

2522347579.8 21.5

Z l_-vror

(_,) (,--)

4561971061.7 5.8

3202990436.7 9.5

3394317801.1 19.1

3515736418.3 17.84007908420.3 37.1

4747180822.0 12.0

5294098694.4 20.9

3507207366.4 20.6

4943794617.3 9.8

3570329988.5 53.6

3676670011.2 37.8

-3674381830.4 15.4

4114748613.3 19.9

4900430613.8 6.4

4018753741.0 18.0

3231962451.6 8.3

3658589290.0 15.1

3788077477.4 14.2

3781050825.4 21.7

3781050863.5 24.9

3232023029.2 7.7

5756993218.9 3.5

3660956901.3 4.2

3994110801.2 34.8

4389351267.8 13.5

2242228276.7 7.6

-2768697292.6 9.1

4147752593.1 4.3

4296881653.4 1.7

-4311563102.2 25.2

H_

JPLMVI

KASHIM34

KASHIMA

KAUAI

KODIAK

I_AJAL26

LA-VLBA

LEONRDOK

MAMHOTHL

MARCUS

MARPOINT

MATERA

MCD 7850

HEDICINA

METSSOVI

MILESMON

MIYAZAKI

MIZUSGSI

H0J 7288

7600

7263

1857

1856

1311

7278

4968

7511

7292

7259

7310

7217

7243

7850

7230

7601

7038

7312

7314

7288

3778215210.7 6.0

-2493305739.0 7.2

-3997648996.2 5.2

-3997892015.5 4.2

-5543845829.2 3.0

-3026939910.2 16.9

-6143536399.4 13.1

-1449752122.5 .7

-522231400.4 3.7

-2448246578.7 13.5

-5227446813.5 15.4

1106629564.9 2.4

4641939269.5 28.6

-1330007978.9 2.8

4461370361.4 7.1

2890653134.9 15.6

-1204438795.3 9.2

-3582767538.1 109.2

-3862411598.1 43.1

-2356493917.7 5,8

698644495.4 2.4

-4655197701.6 13.3

3276690819.7 3.6

3276581326.3 2.8

-2054564339.1 2.8

-1575911745.8 11.3

1363997049.5 4.8

-4975298554.5 2.1

-5145676862.4 19.1

-4426738306.7 23.9

2551379042.5 9.0

-4882907195.7 8.2

1393002730.9 10.6

-5328391555.2 10.5

919596509.5 3.2

1310295100.7 7.1

-4239211084.3 30.1

4052034108.0 71.7

3105015113.3 17.4

-4646607655.4 11.1

5074053456.3 8.1

3565519214.8 10.3

3724278984.6 7.2

3724118377.6 6.5

2387813644.3 4.3

5370362502.2 2g.4

1034707275.9 8.3

3709123934.9 2.0

3720152308.4 12.7

3875435908.1 19.9

2607604658.2 14.2

3938086880.3 6.7

4133325406.2 26.6

3236502710,9 6.6

4449559028.1 8.2

5513958601.4 23.5

4596266043.6 30.1

3369020667.2 112.3

4001944993.1 23.9

3668426620.6 8.7

MOJAVE12

MON PEAK

NOBEY 6M

NOHE

NOTO

7222

7274

7244

7279

7547

-2356170796.8 .9

-2386289144.7 4.6-3871167979.4 9.8

-2658150156.4 13.5

4934563469.5 16.4i

-4646755858.7 2.4

-4802346664.6 9.53428274060.4 8.7

-693821867.0 6.3

1321200959.6 6.8t , =

5.12

3668470603.4 3.0

3444883846.1 7.3

3723697751.9 13.1

5737236638.8 23.4

3906484258.0 15.2

(continued)

_JSI Site positto_l at January 1.5, 1984

]ll_e

NRAO 140

NP.AO85 3

OCOTILLO

ONSALA60

OVR 7853

OVRO 130

PBLOSSCH

PENTICTN

PIETOWN

PINFLATS

MmBument

7204

7214

7270

7213

7853

72077254

7283

7234

7256

X Error

(,,--) (am)

882880148.1 1.0

882325838.2 2.7

-2335600896.9 18.0

3370606374.4 2.6

-2410421030.6 5.0

-2409600550.2 1.1-2464070729.9 9.6

-2058840185.7 15.3

-1640953467.4 2.2

-2369635688.1 8.1

Y Error

(,,-,) (,-,)

-4924482320.6 3.5

-4925137984.3 8.1

-4832244218.2 35.3

711917235.2 1.7

-4477800379.3 9.3

-4478349512.6 2.8-464g425600.5 17.8

-3621286359.7 26.1-5014816001.9 4.8

-4761325012.3 16.2

Z Error

(,,-,) (-,,)

3944130589.7 3.0

3943397569.5 6.5

3434392465.9 25.8

5349830583.8 4.3

3838690317.2 7.8

3838603210.0 3.33593905692.8 13.7

4814420747.0 32.83575411915.8 4.4

3511116019.4 12.4

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDES

QUINCY

RICHHOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGB

TITIJIMA

TROHSON0

7258

7252

7252 (1)

7251

7268

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

728O

7281

7281 (2)

7316

7602

-1240707935.5 3.6

-2707704668.6 10.1

-2707704653.7 18.4

-2732332866.3 10.3

-2525452543.0 18.7

-2517230684.7 6.4961258235.1 1.0

4849245455.6 42.1

-2554476417.1 17.5

1769693016.1 8.6

-2295347766.0 50.0

-2831686333.3 12.4

1838237926.0 9.4

-2847697692.1 109.4

-3642141564.3 84.3

-3425461637.6 24.7

-2419993225.6 9.8

-2419993215.5 20.8

-4489356581.8 112.5

2102904431.8 6.4

-4720454337.8 11.5

-4257609566.5 16.0

-4257609549.9 29.0

-4217635002.8 15.6

-4670035775.4 33.7

-4198595186.4 10.9

-5674090043.9 1.7

-360278464.2 8.8

-4608627481.3 31.7

-5044504395.6 16.1

-3638029435.8 368.2

4675733879.7 15.1-5258699163.0 17.3

4659872788.8 96.9

2861496666.6 80.8

-1214669080.0 14.7

-1664228700.9 7.7

-1684228728.6 15.7

3482969515.9 124.5

721602330.3 4.7

4094481629.9 9.6

3888374178.4 14.6

3888374148.8 25.8

3914490922.1 14.9

3522686635.1 25.2

4076531273.8 10.4

2740533692.0 1.2

4114884336.1 34.5

3582138169.8 23.9

-3488435182.4 9.2

4693408694.6 366.0

3275327860.5 14.6

-3100588971.0 8.7

3283958796.2 87.4

4370361796.5 61.1

5223858280.8 37.3

5643538248.3 22.7

5643538306.9 48.4

2887931181.4 71.8

5958201219.6 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284 (2)

2988029492.1 5.2

-3957172641.5 27.3

-3855355044.3 33.1

-1631473099.9 11.7

-2341309869.7 10.4

-2678094493.6 2.1

1492206872.7 .0

4075540250.1 2.8

-2215213291.3 25.6

-2215213405.1 43.7

655956854.9 2.4

3310237981.8 23.9

3427427735.3 29.2

-4589128891.3 29.0

-3539083828.0 15.7

-4525450930.0 3.8

-4458130522.2 .0

931734976.5 1.7

-2209261508.2 22.6

-2209261609.5 41.2

5578668950.9 9.9

3737709050.1 27.5

3740971392.1 38.7

4106759860.4 24.7

4745768360.7 20.1

3597410009.6 4.0

4296015422.6 .0

4801629212.9 4.4

5540292403.1 54.4

5540292588.6 99.0

YAKATAGA 7277

YAKATAGA 7277 (2)YELLOWKN 7285

YI, OW7296 7296

Y'u'HA 7894

-2529743971.4 13.8

-2529743986.2 23.5

-1224124267.4 5.4

-1224399191.7 1.9

-2196777740.3 7.5

-1942091276.7 11.6

-1942091231.2 19.2

-2689530609.5 11.5

-2689273192.8 3.1

-4887337030.2 16.6

5505027986.5 29.1

5505027847.5 49.2

5633555278.7 23.9

5633620244.5 5.0

3448425229.7 12.0

Notes:

(1) Positions after the October 1989 Loma Prieta earthquake extrapolated to the site reference

epoch.


reference epoch.

ref Reference station whlch defines the coordinate system oriTln.

5.13

Table $.7

VIii Site positto,z a_ Jemary 1.5, 1985

Jim

AI.GOPARX

AUSTINTX

BERMUDA

BLKBUTTE

BLOOMIND

BR.EST

CARNUSTY

CARROLGACHLBOLTN

D_

DSS15

DSS45

DSS65

£_LSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7 I02

GRASSE

HALEAKAL

EARTRAO

BATCREEK

HAYSTACK

HOBART26

HOHZ_FRG

3PL MV1

KASHIM34

KASHIMA

KAUAI

KODIAK

KNAJAL26

LA-VLBA

LEOtCRDOK

MAPM_THL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

METSHOVI

HILESMON

HIYAZAKI

HIZUSGSI

MOJ 7288

MOJAVEI2

MON PEAK

NOBEY 6M

NOHE

NOTO

Mmmment

7282

7271

7294

7269

7291

7604

?603

7228

7215

7267

7231

1642

1665

7203

7286

7613

7261

7266

7241

7241 (1)

7900

72251513

71027605

7120

7232

7218

7205

7242

7600

7263

1857

1856

1311

7278

4968

76117292

7259

7310

7217

7243

7850

7230

7601

7038

7312

7314

7288

7222

7274

7244

7279

7547

X Error

(--) (--)

918035018.2 1.4

-737793645.6 3.7

2307209659.2 8.3

-2306306782.9 8.9

302384631.6 21.7

4228877377.2 11.1

3526416654.4 15.4

453520788.6 9.2

4008310345.0 7.5

-2336619486.1 29.1

-2353538583.9 14.4

-4460934766.9 21.9

4849336929.0 15.1

4033947766.8 3.9

-2077236126.0 8.0

-1324008930.4 5.3

-1923992500.9 6.6

-2697026550.4 7.7

-2699840042.1 13.3

-2699840018.1 15.3

-1324227783.8 3.6

-2281546922.0 1.4-2351128950.7 1.9

1130686752.3 10.34581697956.0 13.0

-5465998305.1 14.1

5085442966.9 15.4

-2523969745.4 1.7

1492404997.5 .6

-3950236057.0 25.3

3778215195.6 6.0

-2493305769.6 5.4

-3997649009.7 4.5

-3997892029.0 3.5

-5543845636.6 2.9

-3026939930.7 13.6-6143536379.8 9.7

-1449752137.3 .7

-522231415,3 3.7

-2448246594.0 10.4

-5227446773.6 15.4

1106629549.3 2.0

4641939254.5 24.8

-1330007992.0 2.8

4461370347.2 6.0

2890653116.7 15.6

-1204438813.4 9.2

-3582767559.9 109.2

-3862411612.7 43.1

-2356493932.3 5.8

-2356170811.4 .6

-2386289177.4 3.6

-3871167992.9 9.8-2658150178.2 11.1

4934563475.6 13.g

Y Error

(-,-) (,-,,)

-4346132244.7 5.1

-5459892242.6 16.1

-4874215873.6 27.9

-4787914403.5 18.0

-4941699043.6 47.5

-333104459.6 2.5

-171421356.3 3.9

-5300506769.4 34.2

-100651025.4 3.7

-4732586947.5 56.5

-4641649499.2 29.6

2682765837.3 15.2

-360489095.6 3.3

486990238.7 2.2

-4486712685.7 17.3

-5332181912.9 11.5

-4850654496.2 16.2

-4354393383.0 12.5

-4359127156.4 21.2

-4359127133.6 24.5

-5332063034.1 12.7

-1453645011.3 1.9

-4655477045.5 3.5

-4831353004.9 36.6

556125464.2 3.7

-2404408660.8 7.3

2668263220.7 9.5

-4123506324.4 3.2

-4457266529.7 1.3

2522347569.2 18.3

698644513.1 2.4

-4655197669.9 10.0

3276690819.4 3.1

3276581326.0 2.3

-2054564277.4 2.4

-1575911746.5 9.11363997115.4 3.8

-4975298555.2 2.1

-5145676863.3 19,1

-4426738307.3 18.6

2551379101.3 9.0

-4882907197.0 6.7

1393002750.5 9.2

-5328391555.8 10.5

919596528.8 2.7

1310295116.0 7.1

-4239211085.4 30.1

4052034099.7 71.7

3105015112.9 17.4

-4646607656.0 11.0

-4646755859.3 2.0

-4802346634.2 7.4

3428274060.1 8.7

-693821868.1 5.2

1321200979.8 5.7

Z Exror

(,,,,,) (,,,,)

4561971064.0 4.9

3202990432.5 9.5

3394317808.5 19.1

3515736408.3 13.1

4007908420.1 37.1

4747180833.0 12.05294098703.5 20.9

3507207366.7 20.6

4943794627.4 9.8

3570329978.4 39.5

3676670001.1 29.5

-3674381784.4 13.2

4114748625.8 16.2

4900430623.4 5.8

4018753732.0 14.3

3231962445.2 8.3

3658589281.4 12.0

3786077498.0 10.9

3781050846.1 18.1

3781050884.1 21.0

3232023022.8 7.7

5756993209.9 3.13660956891.2 3.7

3994110804.1 29.94389351278.8 13.5

2242228308.3 7.5

-2768697273.6 8.0

4147752582.4 3.7

4296881657.8 1.4

-4311563060.2 21.6

5074053465.0 8.1

3565519234.8 7.9

3724278970.4 6.2

3724118363.4 5.8

2387613675.7 4.2

5370362490.4 23.71034707304.9 6.6

3709123926.1 2.0

3720152305.1 12.7

3875435897.7 15.6

2607604680.7 14.2

3938086883.2 5.5

4133325416.4 23.1

3236502704.5 6.6

4449559038.3 7.1

5513958607.3 23.5

4596266037.9 30.1

3369020654.1 112.3

4001944979.4 23.9

3668426610.5 8.6

3668470593.2 2.7

3444883865.8 5.9

3723697738.2 13.1

5737236628.6 19.2

3806484269.0 12.9=

5.14

(continued)

VLBI S£tepositi_ at January 1.5, 1985

_m

NRAO 140

NRAO85 3

OCOTILLO

ONSALA60

OVR 7853

OVRO 130

PBLOS$OH

PENTICTN

PIETOWN

PINFLATS

Monument

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

X Erzo_

(,--) (,-,,)

882880132.4 .9

882325822.5 2.3

-2335600929.9 18.0

3370606358.6 2.2

-2410421045.8 5.0

-2409600565.4 1.0

-2464070744.2 7.0

-2058840204.4 12.8

-1640953481.7 1.9

-2369635720.0 6.2

X Ere'or

(_) (,--)

-4924482321.8 3.2

-4925137985.4 7.0

-4832244188.3 35.3

711917251.8 1.5

-4477800379.9 9.2

-4478349513.2 2.4

-4649425601.0 13.0

-3621286370.7 21.9

-5014816002.5 4.1

-4761324982.0 12.4

Z Error

(---) (---)

3944130591.7 2.8

3943397571.5 5.6

3434392485.4 25.8

5349830591.5 3.8

3838690307.0 7.7

3838603199.8 3.0

3593905682.2 10.1

4814420738.3 27.5

3575411908.3 3.8

3511116039.0 9.5

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIMA

TRC_CSONO

7258

7252

7252

7251

7288

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

7280

7281

7281

7316

7602

(1)

(2)

-1240707951.8 2.9

-2707704683.9 7.7

-2707704689.0 15.9

-2732332890.5 8.4-2525452573.9 15.2

-2517230700.8 5.1

961258223.8 1.0

4849245446.5 42.4

-2554476447.1 14.1

1769693017.0 8.6

-2295347784.3 42.2

-2831686357.0 10.5

1838237926.1 9.4

-2847697715.7 109.3

-3642141580.3 84.3

-3425461657.5 20.1

-2419993247.1 6.5

-2419993237.0 17.0

-4489356567.8 112.5

2102904414.5 6.4

-4720454338.7 9.1

-4257609567.1 12.2

-4257609550.5 25.0

-4217634968.1 12.8

-4670035743.4 27.3

-4198595187.1 8.7

-5674090044.7 1.7

-360278443.9 8.7-4608627449.0 25.6

-5044504401.0 16.1

-3638029436.6 312.2

4675733873.7 12.7

-5258699168.0 17.3

4659872782.8 96.7

2861496666.0 80.8

-1214569080.9 12.2

-1654228702.0 5.3

-1664228729.7 12.8

3482989533.0 124.5

721602343.3 4.7

4094481624.0 7.7

3888374167.0 11.3

3888374137.5 22.3

3914490942.7 12.1

3522866655.3 20.5

4076531263.2 8.4

2740533694.1 1.2

4114884350.6 35.0

3582138190.1 19.4-3468435174.1 9.2

4693408685.0 310.3

3275327848.5 12.4

-3100588962.4 8.7

3283958784.3 87.3

4370361783.5 61.1

5223858267.6 30.6

5643538238.8 15.2

5643538297.3 39.4

2887931182.8 71.8

5958201224.1 14.2

TRYSILNO

TSUICUBA

USUDA64

VERNAL

VICTORIA

VNDNBERG

WESTFORD

WETTZELL

WHTHORSE

WHTBORSE

7607

7311

7246

7290

7289

7223

7209

7224

7284

7284

ref

(2)

2988029476.0 5.2

-3957172655.0 20.7

-3855355065.0 33.1

-1831473116.1 9.5

-2341309888.2 10.4

-2678094522.6 1.7

1492206855.8 .0

4075540235.0 2.4

-2215213312.6 18.9

-2215213426.3 35.2

655956870.5 2.4

3310237981.5 18.0

3427427726.4 29.2

-4589128892.1 23.4

-3539083828.9 15.7

-4525450896.3 3.1

-4458130523.6 .O

931734994.8 1.4

-2209261509.3 15.6

-2209261810.6 33.1

5578668957.7 9.9

3737709036.1 21.0

3740971378.9 38.7

4106759853.1 19.9

4745768351.0 20.1

3597410030.3 3.5

4296015427.0 .0

4801629222.2 4.0

5540292394.2 37.7

5540292579.7 79.7

YAKATAGA 7277

YAKATAGA 7277

YELLOW_ 7285

YLOW7296 7296

7894

-2529743992.4

(2) -2529744009.3-1224124289.1

-1224399213.4

-2196777754.1

10.0

19.2

5.4

1.9

5.5

-1942091277.8 8.5

-1942091232.2 15.7

-2689530610.8 11.5

-2689273194.1 3.1

-4887337030.7 12.1

5505027976.4 21.2

5505027837.4 40.3

5633555273.3 23.9

5633620239.2 5.0

3448425220.1 8.9

Notes:

(1) Positions after the October 1989 Loma Prleta earthquake extrapolated to the site reference

epoch.(2) Positions after the winter 1987-88 Gulf of Alaska earthquakes extrapolated to the sits

reference epoch.


5.15

Table $,8

"VLB"rStt.e l_slt.l,'_= at, 3anusry 1.5. 1986

Name Honum_t X Er¢or Y Error Z Error

(m) (--) (_) (m) (--!) (--)

ALGOPARK 7282

AUSTINTX 7271

BERMUDA 7294

BIJ_UTTE 7269

BLOOHIND 7291

BREST

CARNUSTY

CARROLGA

C]5.BOLTN

D_

76047603

7228

7215

7267

918035000.3 1.2

-737793658.6 3.7

2307209645.6 8.3

-2308306796.9 6.0

302384815.7 21.7

4228877388.4 11.1

3526416641.7 15.4

453520774.8 9.2

4008310332.9 7.5

-2336819502.3 19.2

-4346132246.1 4.3

-5459892243.4 16.1

-4874215874.9 27.9

-4787914404.1 12.0

-4941699044.7 47.5

-333104440.8 2.5

-171421339.2 3.9

-5300506770.4 34.2

-100651007.1 3.7

-4732586948.1 37.3

4561971066.3 4.1

3202990428.2 9.5

3394317815.9 19.1

3515736398.4 9,0

4007908419.9 37.1

4747180843.9 12.0

5294098712.5 20.9

3507207367.0 20.6

4943794637.6 9.8

3570329968.4 26.2

DSS15

DSS45

DSS65

EFLSBERG

ELY

FD-VLE_

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCI_EK

GOLDVENU

GOR.F7102GRASSE

BALE_AL

_TR_

I_TCREEK

HAYSTACK

HOBI_T26

7231

1642

1665

7203

7286

7613

7261

7266

7241

7241

7900

7225

1513

7102

7505

7120

7232

7218

7205

7242

(1)

-2353538598.5 10.6

-4460934804.2 18.3

4849336919.9 11.6

4033947752.9 3.5

-2077236141.8 6.0

-1324008943.4 5.3

-1923992515.4 5.1

-2697026576.6 5.7

-2699840088.4 10.8-2699840044.4 12.5

-1324227796.8 3.6

-2281546943.9 1.3-2351128965.3 1.6

1130686736.5 8.64581697943.1 13.0

-5465998318.8 14.1

5085442964.9 13.0

-2523969761.6 1.4

1492404980.6 .5

-3950236096.6 21.3

-4641649499.8 21.7

2682765838.1 12.8

-360489075.4 2.7

486990257.1 1.9

-4486712686.4 13.1

-5332181913.6 11.5

-4850854496.9 12.5

-4354393348.9 9.3

-4359127122.3 17.4

-4359127099.5 20.1

-5332063034.8 12.7

-1453645012.5 1.7-4655477046.1 3.1

-4831353006.2 30.6556125483.9 3.7

-2404408600.3 7.2

2668263244.1 8.2

-4123506325.1 2.6

-4457266531.1 1.1

2522347598.6 15.4

3676669991.1 21,3

-3674381738.5 11.2

4114748638.3 12.64900430633.0 5.3

4018753723°0 10.9

3231962438.8 8,3

3658589272.9 9.2

3788077518.5 8.2

3781050866.6 14.7

3781050904.6 17.3

3232023016.4 7.7

5755993200.9 2.9

3660956881.2 3.3

3994110807.1 25.1

4389351289.5 13.5

2242228339.7 7.5-2768697254.6 7.1

4147752571.9 3.2

4296881662.3 1.1

-4311563018.4 18.0

BOEENFRG

JPL HY1

KASHIH34

_SHIHA

KATJAI

KODIAK

KWAJAL26

LA-_BA

LEONRDOK

MAMMOTEL

MARCUS

MARPOINT

HATE_q,

_D 7850

MEDICINA

METSHOVI

HILESMON

HIYAZAKI

HIZUSGSI

HOJ 7288

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

7217

7243

7850

7230

76017038

7312

7314

7288

3778215180.7 6.0

-2493305800.1 4.2

-3997649023.2 3.9

-3997892042.5 3.0

-5543845847.9 2.7

-3026939951.2 10.3

-6143536360.4 7.5

-1449752152.1 .7

-522231430.1 3.7

-2448246609.3 11.3

-5227446733.9 15.4

1106629533.7 1.7

4641939239.6 21.0

-1330008005.0 2.8

4461370333.0 4.9

2890653098.6 15.6-1204438831.3 9.2

-3582767581.7 109.2

-3862411627.2 43.1

-2356493946.9 5.8

698644530.8 2.4

-4655197638.2 7.7

3276690819.1 2.8

3276581325.7 2.0

-2054564215.8 2.3

-1575911747.4 7.1

1363997181.1 3.2

-4975298556.0 2.1

-5145676864.2 19.1

-4426738307.9 20.8

2551379159.9 9.0

-4882907198.2 5.4

1393002770.0 7.8

-5328391558.5 10.5

919596548.1 2.2

1310295131.1 7.1-4239211086.4 30.1

4052034091.4 71.7

3105015112.5 17.4

-4646607656.6 11.0

5074053473.8 8.1

3565519254.8 6.2

3724278956.3 5.8

3724118349.3 5.2

2387813707.0 4.2

5370362478.6 18.2

1034707333.9 6.0

3709123921.3 2.03720152301.6 12.7

3875635887.3 17.5

2607604703.1 14.2

3938086886.0 4.5

4133325426.6 19.7

3236502698.1 6.64449559048,5 6.1

5513958613.2 23.5

4596266032.2 30.1

3369020640.9 112.3

4001944965.7 23.9

3668426600.4 8.5

HOJAVE12

HON PEAK

NOBEY 6M

NQME

NOTO

7222

7274

7244

7279

7547

-2358170825.9 .7

-2386289210.0 2.7

-3871168006.3 9.8

-2658150199.9 9.1

4934563461.7 11.4|

-4646755859.9 1.7

-4802346603.9 5.6

3428274059.7 8.7

-693821869.2 4.3

1321201000.0 4.7|

5.16

3668470583.2 2.5

3444883885.5 4.6

3723697724.6 13.1

5737236618.4 15.7

3806484280.0 10.8

(continued)

_I Stte posttt-"" at J_nary 1.5, 1986

_m

NRAO 140

NRA085 3

0COTILL0

ONSALA60

OVR 7853

OVRO 130

PBLOSSOH

PENTICTN

PIETOWN

PINFLATS

Molmmmen_

7204

7214

7270

7213

7853

7207

7254

72837236

7256

X ]Error

(m) (--9

882880116,8 .8

882325806.9 2,0

-2335600962,9 18.0

3370606342.9 1.8

-2410421061.0 5.0

-2409500580.6 1.0

-2464070758,5 5.5

-2058840223.1 10.5

-1640953496,0 1.5

-2369635751,9 4.6

Y Erroz

(---) (==)

-4924482322.9 3.0

-4925137986.6 5.9

-4832244158.6 35.3

711917268.4 1,2

-4477800380.5 9.1

-4478349513.8 2.2

-4649425601.6 10.2

-3621286371.6 18.0-5014816003.2 3.3

-4761324951.7 9.2

Z Error

(=m) (=m)

3944130593.7 2.6

3943397573.5 4.7

3434392504.8 25.8

5349630599.2 3.6

3838690296.7 7.6

3838603189.5 2.83593905671.7 8.0

4814420729.6 22.6

3575411900.8 3.3

3511118058.5 7.2

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDES

QUINCY

RICBHOND

ROBLED32

SANPAULA

SANTIA12

7258

7252

7252 (1)

7251

7268

7221

7219

1561

7255

1404

SEATTLE1 7229

SESBAN25 7227

SEST 7239

SHANGHAI 7226

SINTOTU 7315

SNDPOINT 7280

SOURDOGB 7281

SOURDOGH 7281 (2)

TITIJIMA 7316

TROHSONO 7602

-1240707967,9 2.2

-2707704699,2 5.6

-2707704684.3 13.5

-2732332914.7 6.5

-2525452604.8 11.7

-2517230716.8 3.9

961258212.6 1.0

4849245437,4 43.0

-2554476477.0 10.9

1769693017.9 8.6

-2295347802.5 34.5

-2831686380.6 8.7

1838237926.2 9.4

-2847697739.2 109.3

-3642141596.3 84.3

-3425461677.3 15.8

-2419993268.6 4.6

-2419993258.5 13.2

-4489356553.6 112.5

2102904397.2 6.4

-4720454339.5 7.0

-4257609567.7 8.9

-4257609551.1 21.2

-4217634933.4 10.0

-4670035711.5 21.1

-4198595187.8 6.7

-5674090045.6 1.7

-360278423.7 8.8

-4608627416.7 19.8

-5044504406.4 16.1

-3638029437.5 256.5

4675733867.8 10.4-5258699173.1 17.3

4659872776.8 96.7

2861496665.5 80.8

-1214669081.7 9.6

-1664228703.1 4.0-1664228730.8 9.9

3482989550.0 124.5

721602356.4 4.7

4094481618.1 5.9

3888374155.7 8.3

3888374126.2 18.8

3914490963.2 9.63522886675.5 15.9

4076531252.6 6.6

2740533696.2 1.2

4114884363.1 35.8

3582138210.3 15.0

-3468435165.8 9.2

4693408675.4 254.9

3275327836.7 10.5-3100588953.8 8.7

3283958772.4 87.24370361770.6 61.1

5223858254.4 24.05643538229.2 10.7

5643538287.8 30.7

2887931184.2 71.8

5956201228.6 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224WHTBORSE 7284

WHTHORSE 7284 (2)

2988029459.9 5.2

-3957172668.5 14.7

-3855355085.8 33.1

-1631473132.3 7.3-2341309906.6 10.4

-2678094551.6 1.3

1492206838.9 .0

4075540219.9 2.0

-2215213333.7 14.4

-2215213447.5 26.7

655956686.1 2.4

3310237981.2 12.9

3427427717.6 29.2

-4589128892.9 18.1

-3539083829.8 15.7

-4525450862.7 2.5

-4458130524.9 .0

g31735013.2 1.2

-2209261510.4 10.4

-2209261611.7 25.2

5578668964.5 9.9

3737709022.1 15.4

3740971365.7 38.7

4106759845.7 15.34745768341.2 20.1

3597410051.0 3.14296015431.4 .0

4801629231.4 3.85540292385.2 25.4

5540292570.7 60.6

YAKATAGA 7277


YLOW7296 7296Y1.THA 7894

-2529744013.4 7.0

-2529744030.3 15.1

-1224124310.7 5.4

-1224399235.0 1.9

-2196777767.9 3.6

-1942091278.8 6,1

-1942091233.2 12.3

-2689530612.1 11.5-2689273195.4 3.1

-4887337031.3 8.0

5505027966.4 14.8

5505027827.4 31,7

5633555268,0 23,9

5633620233.9 5,0

3448425210.6 6.1

Notes:

(1) Positions after the October 1989 Loma Priers earthquake extrapolated to the site reference

epoch.


reference epoch.


5,17

Table 5.9

_JI Site posttio_ -t Je_ary 1.5, 1987

/lame

ALGOPA_

AUSTINTX

BERMUDA

BLKBUTTE

BLOGHZR'D

B_EST

CAR_STY

CAI_OLGA

CHLBOLTN

D_

Hmmment

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

X F.n-oz

(m) (m)

918034982.5 .9

-737793671.5 3.7

2307209632.1 8.3

-2306306610.9 4.2

302364599.8 21.7

4228877355.6 11.1

3526416629.1 15.4

453520760.7 9.2

4008310320.9 7.5

-2336819516.5 11.0

Y Error

(|) (m)

-4346132247.4 3.5

-5659892244.1 16.1

-4874215876.1 27.9

-4787914404.6 8.5

-4941699045.6 67.5

-333104622.0 2.5

-171421322.2 3.9

-5300506771.4 34.2

-100650988.8 3.7

-6732586948.6 20.9

Z ErEor

(m) (--)

6561971068.6 3.3

3202990426.0 9.5

3394317823.2 19.1

3515736388.4 6.5

4007906419.8 37.1

4747180856.8 12.0

5294098721.5 20.9

3507207367.3 20.6

4943794647.7 9.8

3570329958.3 15.2

DSS15

DSS45

DSS65

EFLSBERG

ELY

FD-_A

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

HALEAKAL

HARTRAO

HATCREEK

HAYSTACK

HOBART26

7231

1642

1665

7203

7288

7613

7261

7266

7241

7241

7900

7225

1513

7102

7505

7120

7232

7218

7205

7242

HOB_NFRG 7600

JFL MVI 7263

KASHIH34 1857

KASHIMA 1856

KAUAI 1311

KODIAK 7278

KWAJAL26 4966

LA-VLBA 7611

LEORRDOK 7292

_THL 7259

MARCUS 7310

MARPOINT 7217

MATERA 7263

MCD 7850 7850

MEDICINA 7230

HETSHOVI 7601

HILESMON 7038

HIYAZAKI 7312

_2USGSI 7314

MOJ 7288 7288

(1)

-2353538613.1 6.9

-4460934841.5 15.0

4849336910.8 8.3

4033947739.1 3.2

-2077236157.7 4.4

-1324008956.4 5.3

-1923992530.0 4.1

-2697026602.8 4.7

-2699840094.7 8.7

-2699840070.7 9.8

-1324227809.8 3.6

-2281546965.7 1.2-2351128979.8 1.5

1130686720.7 7.04581697930.3 13.0

-5465998332.8 16.1

5065442962.9 10.7

-2523969777.9 1.1

1492404963.8 .4

-3950236136.3 17.3

3778215165.7 6.0

-2693305830.5 6.1

-3997649036.7 3.6

-3997892055.9 2.8

-5543845857.2 2.5

-3026939971.6 7.6

-6143536340.9 7.6

-1449752166.9 .7

-522231445.0 3.7

-2448246624.6 15.7

-5227446694.1 15.4

1106629518.1 1.4

4641939226.7 17.2-1330008018.1 2,8

4461370318.9 3.9

2890653080.5 15.6

-1204438849.3 9.2

-3582767603.6 109.2

-3882411641.7 43.1

-2356493961.4 5.8

-4641649500.4 14.1

2682765638.9 10.6

-360489055.2 2.2

486990275.4 1,6

-4488712687.1 9.4

-5332181914.2 11.5

-4850854497.5 10.0

-4354393314.8 7.5

-4359127088.2 13.9

-4359127065.4 15.8

-5332063035.4 12.7

-1453645013.6 1.7-4655477046.7 2.8

-4631353007.4 24.7556125503.5 3.7

-2404408539.8 7.32668263267.5 7.3

-4123506325.8 2.1

-4457266532.5 .9

2522347608.0 12.8

698644548.4 2.4

-6655197606.6 7.4

3276590818.7 2.6

3276581325.3 2,0

-2054564154.3 2.4

-1575911748.4 5.2

1363997246.7 3.4

-4975298556.7 2.1

-5145676865.1 19.1

-4426738308.6 28.9

2551379218.5 9.0

-4882907199.4 4.4

1393002789.5 6.4-5328391557.1 10.5

919596567.3 1.7

1310295146.3 7.1

-4239211087.4 30.1

4052034083.0 71.7

3105015112.1 17.4

-4668607657.2 11.0

3676669981.0 13.3

-3674381692.7 9.5

4114746650.8 9.2

4900430642.6 5.1

4018753714.0 7.9

3231962432.4 8.3

3658589264.4 7.4

3788077539.0 6.9

3781050887.2 11.8

3781050925.2 13.6

3232023010.0 7.7

5756993192.0 2.93660956871.1 3.1

3994110810.1 20.34389351300.5 13.5

2242228371.2 7.6-2768597235.7 6.6

4147752561.3 2.8

4296881666.7 .9

-4311562976.6 14.7

5074053482.5 8.1

3565519274.8 6.0

3724278942.1 5.9

3726118335.1 5.4

2387813738.3 4.3

5370362466.8 13.2

1034707362.8 6.0

3709123914.6 2.0

3720152298.4 12.7

3875435876.9 24.1

2607604725.5 14.2

3938086888.9 3.6

4133325436.7 16.33236502691.7 6.6

4449559058.7 5.3

5513956619.0 23.5

4596266026.6 30.1

3369020627.8 112.3

4001944952.0 23.9

3668426590.3 8.5

MOJAVEI2 7222

MON PEAK 7274

NOBEY 6M 7244

NOME 7279

NOTO 7547

-2356170840.5

-2386289262.7

-3871168019.7

-2658150221.5

4934563447.9|

.6 -4866755860.5

2.2 -4802346573.6

9.8 3428276059.4

7.5 -693821870.3

8.9 1321201020.1i

5.18

1.5

4.6

8.7

3.7

3.7

3668470573.1 2.4

3444883905.2 3.9

3723697710.9 13.1

5737236608.3 13.5

3806484291.0 8.9i

(continued)

VLBI Stte positi_s at Jssuary 1.5, 1987

Name Monument X Error Y Error Z Error

(.,,) (,--) (.,,) (,,_) (,.,,) (,m)

NRAO 140 7204 882880101.2 .8 -4924482324.1 2.9 3944130595.7 2.5

NRA085 3 7214 882325791.3 1.6 -4925137987.8 4.7 3943397575.5 3.8

OCOTILLO 7270 -2335600995.9 18.0 -4832244128.8 35.3 3434392524.3 25.8

ONSALA60 7213 3370606327.1 1.7 711917285.0 1.1 5349830606.9 3.6

OVR 7853 7853 -2410421076.2 5.0 -4477800381.1 9.1 3838690286.5 7.6

OVRO 130 7207

PBLOSSOH 7254

PENTICTN 7283

PIETOWN 7234

PINFLATS 7255

-2409600595.7 1.1

-2464070772.8 5.8

-2058840241.8 8.7

-1640953510.2 1.2

-2369635783.7 3.7

-4478349514.4 2.2

-4649425602.1 i0.9

-3621286372.6 14.8

-5014816003.9 2.6

-4761324921.5 7.3

3838603179.3 2.8

3593905661.2 8.4

4814420720.9 18.7

3575411893.3 2.8

3511116078.0 5.9

PLATTVIL

PRESIDIO

PRESIDIO

PTREYES

PVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIMA

TROMSONO

7258

7252

7252 (1)

7251

7268

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

7280

7281

7281 (2)

7316

7602

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284 (2)

-1240707984.1 1.7

-2707704714.6 4.0

-2707704699.6 11.1

-2732332938.8 4.9

-2525452635.6 8.6

-2517230732.8 3.0

961258201.4 1.0

4849245428.2 43.9

-2554476506.9 8.1

1769693018.8 8.6

-2295347820.7 27.0

-2831686404.2 7.0

1838237926.3 9.4

-2847697762.8 109.3

-3642141612.2 84.3

-3425461697.2 11.6

-2419993290.1 5.6

-2419993280.0 9.6-4489356539.5 112.5

2102904380.0 6.4

2988029443.7 5.2

-3957172682.0 10.7

-3855355106.3 33.1

-1631473148.5 5.4

-2341309925.0 10.4

-2678094580.5 1.0

1492206822.0 .0

4075540204.8 1.7

-2215213354.9 14.3

-2215213468.7 18.3

-4720454340.4 5.4

-4257609568.3 6.5

-4257609551.7 17.4

-4217634898.7 7.5

-4670035679.6 15.5

-4198595188.4 5.2

-5674090046.5 1.7

-360278403.5 8.9

-4608627384.4 14.7

-5044504411.7 16.1

-3638029438.4 200.8

4675733861.8 8.1

-5258699178.1 17.3

4659872770.8 96.7

2861496664.9 80.8

-1214669082.5 7.2-1664228704.2 4.7

-1664228731.9 7.2

3482989567.0 124.5

721602369.4 4.7

655956901.7 2.4

3310237980.8 9.5

3427427708.8 29.2

-4589128893.7 13.2

-3539083830.6 15.7

-4525450829.1 2.1

-4458130526.3 .0

931735031.6 1.0

-2209261511.5 10.2

-2209261612.8 17.3

4094481612.2 4.7

3888374144.4 6.2

3888374114.9 15.6

3914490983.7 7.3

3522886695.7 11.7

4076531242.1 5.2

2740533698.3 1.2

4114884375.6 37.0

3582138230.5 11.2

-3468435157.5 9.2

4693408665.8 199.5

3275327824.8 9.1

-3100588945.1 8.7

3283958760.4 87.2

4370361757.6 61.1

5223858241.1 17.85643538219.7 13.0

5643538278.3 22.32887931185.6 71.8

5958201233.2 14.2

5578668971.3 9.9

3737709008.1 11.9

3740971352.5 38.7

4106759838.4 11.0

4745768331.5 20.1

3597410071.8 2.84296015435.9 .0

4801629240.6 3.85540292376.3 24.8

5540292561.8 41.6

YAKATAGA 7277

YAKATAGA 7277 (2)

YELLOWKN 7285

YLOW7296 7296

YUHA 7894

-2529744034.4 5.8

-2529744051.3 11.1

-1224124332.3 5.4

-1224399256.6 1.9

-2196777781.6 2.5

-1942091279.8 5.1

-1942091234.3 9.1

-2689530613.3 11.5

-2689273196.7 3.1

-4887337031.9 5.4

5505027958.4 12.3

5505027617.4 23.3

5633555262.7 23.9

5633520228.5 5.0

3448425201.0 4.4

Notes:

(i) Positions after the October 1989 Loma Prieta earthquake extrapolated to the site reference

epoch.


reference epoch.


$.19

Table $.10

VLBI Site positi_ at Jmmary 1.5, 1988

Nm Monu_nt X En-og Y Error Z Error

{_) (m) (mo) (-_) ('--) (_)

ALGOPARK 7282 918034964.6 .7 -4346132248.8 2.7 4561971070.9 2.6

AUSTINTX 7271 -737793684.4 3.7 -5459892244.8 16.1 3202990419.8 9.5

BERMUDA 7294 2307209618.5 8.3 -4874215877.4 27.9 3394317830.6 19.1

BLKBUTTE 7269 -2306306824.9 5.0 -4787914405.2 10.3 3515736376.5 7.6

BL(X3HIND 7291 302384563.9 21.7 -4941699046.9 47.5 4007908419.6 37.1

BREST 7604 4228677344.8 ii.i -333104403.2 2.5 4747180865.8 12.0

CARNUSTY 7603 3526416616.4 15.4 -171421305.1 3.9 5294098730.5 20.9

CARROLGA 7228 453520746.7 9.2 -5300506772.4 34.2 3507207367.6 20.6

CHLBOLTN 7215 4008310308.9 7.5 -100650970.5 3.7 4943794657.8 9.8

DEADMANL 7267 -2336819530.7 I0.I -4732586949.2 18.6 3570329948.3 14.0

DSSZ5 7231 -2353538627.7 3.5 -4641649501.0 7.2 3676669970.9 6.5

DSS45 1642 -4460934878.8 11.9 2682765839.7 9.0 -3674381646.8 8.4

DSS65 1665 4849336901.7 5.0 -360489035.0 1.7 4114748663.3 6.2

EFLSBERG 7203 4033947725.2 3.2 486990293.7 1.5 4900430652.2 5.1

ELY 7286 -2077236173.5 3.3 -4486712687.9 7.2 4018753705.0 6.1

FD-VLBA 7613

FLAGSTAF 7261

FORT ORD 7266

FORTORDS 7241

FORTORDS 7241 (I)

FTD 7900 7900

GILCREEK 7225

GOLDVENU 1513

GORF7102 7102

GRASSE 7605

HALEAKAL

BARTRAO

HATCREEK

HAYSTACK

HOBART26

7120

7232

7218

7205

7242

-1324008969.5 5.3

-1923992544.5 3.9

-2697026629.0 5.3

-2699840121.0 7.1

-2699840097.0 7.3

-1324227822.8 3.6

-2281545987.6 1.2

-2351128994.3 1.4

1130686704.9 5.3

4581697917.5 13.0

-5465998346.3 14.1

5085442961.0 8.8

-2523969794.2 .8

1492404946.9 .3

-3950236175.9 13.7

-5332181914.9 11.5

-4850854498.2 9.4

-4354393260.7 8.5

-4359127054.1 11.3

-4359127031.2 11.6

-5332063036.1 12.7

-1453645014.8 1.8

-4655477047.3 2.7

-4831353008.7 18.8

556125523.0 3.7

-2404408479.2 7.4

2668263290.9 6.8

-4123506326.4 1.9

-4457266533.9 .7

2522347617.4 10.6

3231962428.0 6.3

3658589255.9 7.2

3788077559.6 7.6

3781050907.7 9.5

3781050945.8 10.1

3232023003.6 7.7

5756993183.0 3.1

3660956861.0 3.1

3994110813.1 15.5

4389351311.4 13.5

2242228402.7 7.7

-2768697216.8 6.4

4147752550.7 2.6

4296881671.1 .7

-4311562934.8 11.8

HOBENFRG

JPL MV1

KASRIH34

KASBIMA

KAUAI

KODIAK

KWAJAL26

LA-VLBA

LEONRDOK

MAMMOTHL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

HETSHOVI

MILESMON

MIYAZAKI

MIZUSGSI

_)J 7288

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

7217

7243

7850

7230

76017038

73127314

7288

3778215150.7 6.0

-2493305861.0 5.1

-3997649050.1 3.5

-3997692069.4 3.0

-5543645866.6 2.4

-3026939992.1 5.2

-6143536321.5 10.0

-1448752161.6 .7

-522231459.8 3.7

-2448246639.9 21.5

-5227446654.3 15.4

1106629502.5 1.2

4641939209.8 13.5

-1330008031.1 2.8

4461370304.7 3.1

2890653062.4 15.6

-1204438867.3 9.2

-3582767625.2 109.2

-3862411656.3 43.1

-2356493976.0 5.8

698644566.1 2.4

-4655197575.0 9.3

3276690818.4 2.6

3276581325.0 2.1

-2054564092.7 2.6

-1575911749.3 3.8

1363997312.4 4.2

-4975298557.5 2.1

-5145676866.0 19.1

-4426738309.2 39.3

2551379277.1 9.0

-4882907200.6 3.8

1393002809.1 5.1

-5328391557.8 10.5

919596586.6 1.4

1310295161.5 7.1

-4239211088.4 30.1

4052034074.7 71.7

3105015111.6 17.4

-4646607657.8 11.0

5074053491.2 8.1

3565519284.8 7.3

3724278928.0 6.5

3724118321.0 6.2

2387813769.6 4.5

5370362455.0 9.4

1034707391.7 6.8

3709123907.8 2.0

3720152295.1 12.7

3875435866.6 32.8

2607604748.0 14.2

3938086891.7 3.1

4133325446.9 13.1

3236502685.3 6.6

4449559068.9 4.9

5513958624.9 23.5

4596266020.9 30.1

3369020614.7 112.3

4001944938.3 23.9

3668426580.2 8.4

MOJAVEI2

MON PEAK

NOBEY 6M

NQHE

NOTO

7222

7274

7244

7279

7547

-2356170855.0

-2386289275.3

-3871168033.2

-2658150243.2

4934563434.0

.5 -4646755861.1

2.4 -4802346543.2

9.8 3428274059.0

6.9 -693821871.4

6.6 1321201040.3

1.5

4.8

8.7

3.42.8

3668470563.0 2.3

3444883924.9 4.0

3723697697.3 13.1

5737236598.1 13.2

3806484301.9 7.3

5.20

(continued)

VIii Site politi_ at Jam_ry 1.5, 1S88

NRAO 140

NRAO85 3

OCOTILLO

ONSALA60

OVR 7853

OVRO 130PBLOSSOH

PENTICTN

PIETOWN

PINFLATS

Monument

7204

7214

7270

7213

7853

72077254

72837234

7256

X Error

(mm) (am)

882880085.5 .9

882325775.7 1.2

-2335601028.9 18.0

3370606311.4 1.7

-2410421091.3 5.0

-2409600610.9 1.3-2464070787.0 7.9

-2058840260.5 7.7

-1640953524.5 .9

-2369635815.6 4.1

Y Error

Cram) (am)

-4924482325.3 3.0

-4925137989.0 3.6

-4832244099.0 35.3

711917301.6 1.1

-4477800381.8 9.2

-4478349515.1 2.6-4649425602.7 14.7

-3621286373.5 12.7

-5014816004.6 2.0

-4761324891.2 8.0

Z Error

(am) (me)

3944130597.7 2.5

3943397577.5 2.9

3434392543.8 25.8

5349830614.6 3.9

3838690276.2 7.6

3838603169.0 3.0

3593905650.7 11.2

4814420712.2 16.53575411885.8 2.3

3511116097.6 6.4

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDES

QUINCY

RIChmOND

ROBLED32

SANPAULA

SANTIAI2

SEATTLE1

SESHAN25

SEST

SP_%NGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIMA

TRO_ZONO

7258

7252

7252 (1)

7251

7268

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

7280

7281

7281 (2)7316

7602

TRYSILNO 7607

TSUIO/BA 7311

USUDA64 7246

VER_AL 7290

VICTORIA 7289

I/NDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284 (2)

-1240708000.3

-2707704729.9

-2707704714.g

-2732332963.0

-2525452666.5

-2517230748.8

961256190.1

4849245419.1

-2554476536.8

1769693019.6

-2295347839.0

-2831686427.71838237926.4

-2847697786.3

-3642141628.2

-3425461717.0

-2419993311.6

-2419993301.5

-4489356525.4

2102904362.7

2988029427.6

-3957172695.5

-3855355126.9

-1631473164.7

-2341309943.4

-2678094609.5

1492206805.2

4075540189.8

-2215213376.1

-2215213489.9

1.6 -4720454341.3

4.0 -4257609568.8

8.9 -4257609552.3

3.6 -4217634864.1

6.2 -4670035647.7

2.7 -4198595189.1

1.0 -5674090047.4

45.1 -360278383.3

6.2 -4608627352.1

8.6 -5044504417.1

19.9 -3638029439.2

5.7 4675733855.9

9.4 -5258699183.2

109.3 4659872764.8

84.3 2861496664.3

8.0 -1214669083.3

8.5 -1664228705.3

6.4 -1664228733.0

112.5 3482989584.0

6.4 721602382.5

5.2 655956917.3

10.9 3310237980.5

33,1 3427427699.9

3.9 -4589128894.610.4 -3539083831.5

.9 -4525450795.5

.0 -4458130527.7

1.7 931735049.9

18.8 -2209261512.6

10.2 -2209261613.9

5.0

6.4

13.9

5.7

11.2

4.7

1.7

9.0

11.1

16.1

145.2

6.017.3

96.7

80.8

5.0

6.8

4.9

124.5

4.7

2.4

9.9

29.2

9.415.7

1.9

.0

1.0

15.2

9.8

4094481606.3 4.4

3888374133.1 6.03888374103.6 12.6

3914491004.2 5.6

3522886715.9 8.6

4076531231.5 4.7

2740533700.4 1.2

4114884388.1 38.5

3582138250,8 8.6

-3468435149.2 9.2

4693408656.2 144.4

3275327812.9 8.5-3100588936.5 8.7

3283958748,5 87.3

4370361744.7 61.1

5223858228.0 12.5

5643538210.1 19.8

5643538268.7 14.9

2887931186.9 71.8

5958201237.7 14.2

5578668978.1 9.9

3737708994.1 12.7

3740971339.4 38.7

4106759831.0 7.94745768321.8 20.1

3597410092.5 2.64296015440.3 .0

4801629249.9 4.15540292367.4 36.6

5540292552.9 23.5

YAKATAGA 7277

YAKATAGA 7277 (2)

YELLOWKN 7285

YLOW7296 7296

YUMA 7894

-2529744055.4

-2529744072.3

-1224124353.9

-1224399278.3

-2196777795.4

7.5 -1942091280.9

7.4 -1942091235.3

5.4 -2689530614.6

1.9 -2689273198.0

2.9 -4887337032.4

6.4

6.1

11.5

3.1

6.4

5505027946.3 15.7

5505027807.4 15,7

5633555257.4 23.9

5633620223.2 5.0

3448425191.4 4.9

Notes:


epoch.


reference epoch.


5.21

Table 5.11

_LBI Site positl_ at Jmn_ry 1.5. 1989

Nm Mmnu_nt X F_or Y Krror Z F_¢or

(mm) (mm) (mm) (m) (mm) (,,--)

ALGOPARK 7282 918034946.7 .6 -4346132250.2 2.0 4561971073.2 2.0

AUSTINTX 7271 -737793697.4 3.7 -5459892245.6 16.1 3202990415.6 9.5BERHUDA 7294 2307209604.9 8.3 -4874215878.7 27.9 3394317838.0 19.1

81.3]T,_'1'_ 7269 -2306306838.9 7.6 -4787914405.7 15.6 3515736368.5 11.2

BLOQHIND 7291 302384568.0 21.7 -4941699048.1 47.5 4007908419.4 37.1

BREST 7604 4228877334.0 11.1 -333104384.4 2.5 4747180876.7 12.0

CARI_STY 7603 3526416603.7 15.4 -171421288.0 3.9 5294098739.5 20.9

CARROLGA 7228 453520732.6 9.2 -5300506773.4 34.2 3507207367.9 20.6

_BOLTN 7215 4008310296.8 7.5 -100650952.2 3.7 4943794668.0 9.8

DEADHANL 7267 -2336819544.9 17.8 -4732586949.8 33.4 3570329938.2 24.2

DSS15 7231

DSS45 1642

DSS65 1665

EFLSBERG 7203

ELY 7286

FD-_IBA

FLAGSTAF

FORT ORD

FORTORDS

FORTG_%DS

FTD 7900

GILCREEK

GOLDVENU

GO1_'7102

GRASSE

7613

7261

72667241

7241 (1)

7900

72251513

71027605

BALEAKAL 7120

BARTRAO 7232

BATCREEK 7218

HAYSTACK 7205

HOBART26 7242

HOH_T'_3 7600

JPL MV1 7263

KASHIM34 1857

KASHIMA 1656

KAUAI 1311

KODIAK 7278

10RA3AL26 4968

LA-VI_A 7611

LEONRDOK 7292

HAHHOTBL 725g

MARCUS 7310

MARPOINT 7217

MATERA 7263

MCD 7850 7850

MEDICIRA 7230

METSHOVI 7601

MILESMON 7038

MIYAZAKI 7312

MIZUSGSI 7314

MOJ 7288 7288

-2353538642.3 2.7

-4460934916.2 9.4

484g336892.5 2.8

4033947711.3 3.3

-2077236189.4 3.6

-1324008982.5 5.3

-1923992559.1 4.7

-2697026655.3 7.1-2699840147.3 6.4

-26g9840123.4 5.0

-1324227835.9 3.6

-2281547009.6 1.3

-2351129008.9 1.5

1130686689.1 3.7

4581697904.7 13.0

-5465898360.0 16.0

5085442959.0 7.5

-2523969810.5 .8

1492404930.0 .3

-3950236215.7 10.5

3778215135.6 6.0

-2493305891.6 6.8

-3997649063.6 3.7

-3997892082.9 3.4

-5543845875.9 2.2

-3026940012.6 4.9

-6143536302.0 13.6

-1449752196.4 .7

-522231474.6 3.7

-2448246655.2 27.8

-5227446614.4 15.4

1106629486.8 1.3

4641939194.8 9.9

-1330008044.2 2.8

4461370290.6 2.6

2890653044.3 15.6

-1204438885.3 9.2

-3582767667.0 109.2-3862411670.8 43.1

-2356493990.6 5.8

-4641649501.6 5.9

2682765840.6 8.3

-360489014.8 1.5

486990312.1 1.5

-4486712688.6 7.7

-5332181915.5 11.5

-4850854498.8 11.1

-4354393246.5 11.3-4359127019.9 10.2

-4359126997.0 8.0

-5332063036.7 12.7

-1453645015.9 2.0

-4655477047.9 2.9

-4831353009.9 13.2

556125542.7 3.7

-2404408418.6 7.6

2668263314.3 6.9

-4123506327.1 2,0

-4457266535.3 .6

2522347626.8 9.4

698644583.8 2.4

-4655197543.3 12.4

3276690818.1 2.7

3276581324.7 2.4-2054564031.0 3.2

-1575911750.2 3.4

1363997378.3 5.4

-6975298558.2 2.1

-5145676866.9 19.1

-4426738309.8 50.7

2551379335.9 9.0

-4882907201.9 3.9

1393002828.5 3.8

-5328391558.4 10.5

919596605.9 1.3

1310295176.7 7.1

-4239211089.4 30.1

4052034066.4 71.73105015111.2 17.4

-4646607658.4 11.0

3676669960.8 6.9

-3674381600.8 8.1

4114748675.8 4.5

4900430661.8 5.4

4018753696.0 6.6

3231962419.6 8.3

3658589247.3 8.8

3788077580.2 9.9

3781050928,4 8.5

3781050966.4 7.1

3232022997.2 7.7

5756993174.0 3.5

3660956850.9 3.2

3994110816.0 11.0

4389351322.3 13.5

2242228434.2 7.8

-2768697197.8 6.7

4147752540.1 2.6

4296881675.5 .6

-4311562892.9 9.7

5074053500.0 8.1

3565519314.8 9.6

3724278913.8 7.6

3724118306.8 7.4

2387813801.0 4.8

5370362443.2 8.7

1034707420.8 8.3

3709123901.0 2.0

3720152291.8 12.7

3875435856.1 42.2

2607604770.4 14.2

3938086894.6 3.2

4133325457.1 10.2

3236502678.8 6.6

4449559079.2 5.0

5513958630.8 23.5

4596266015.3 30.1

3369020601.5 112.3

4001944924.6 23.9

3668426570.1 8.4

MOJAVE12

MON PEAK

NOBEY 6M

l;OME

NOTO

7222

7276

7244

7279

7547

-2356170869.6

-2386289308.0

-3871168046.6

-2658150264.9

4934563420.1

.5 -4646755861.6

3.0 -4802346512.8

9.8 3428276058.7

7.4 -693821872.5

4.6 1321201060.5

1.6

6.2

8.7

3.5

2.1

3668470552.9 2.2

3444883944.6 4.83723697683.6 13.1

5737236587.9 15.13806484313.0 6.2

5.22

(continued)

_LBI Site poaitio_ at Jmauazy 1.5, 1989

_m

NRAO 140

NRAO85 3

OCOTILLO

ONSALAT0

OVR 7853

OVRO 130

I_LOSSOH

PENTICTN

PIETOWN

PINFLATS

Monument

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

X Error

(--) (--)

882880069.9 .9

882325760.0 .9

-2335601061.9 18.0

3370606295.7 2.0

-2410421106.5 5.1

-2409600626.1 1.5

-2464070801.3 10.7

-2058840279.2 7.8

-1640953538.8 .7

-2369635847.5 5.5

Y Error

(") (")

-4924482326.5 3.2

-4925137990.2 2.5

-4832244069.1 35.3

711917318.3 1.2

-4477800382.4 9.4

-4478349515.7 3.1

-4649425603.2 19.9

-3621286374.4 12.3

-5014816005.3 1.7

-4761324860.9 10.6

Z Error

(--) (-!)

3944130599.8 2.6

3943397579.5 2.1

3434392563.3 25.8

5349830622.3 4.4

3838690285.9 7.8

3838603158.7 3.3

3593905640.2 15.0

4814420703.5 16.5

3575411878.3 2.0

3511116117.1 8.3

PLATTVIL

PRESIDIO

PRESIDIO

PC REYES

PVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

SESHAN25

$EST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIHA

TROHSONO

7258

7252

7252

7251

7268

7221

7219

1561

7255

1404

72297227

7239

7226

7315

7280

7281

7281

7316

7602

(I)

(2)

-1240708016.5

-2707704745.2

-2707704730.3

-2732332987.2

-2525452697.4

-2517230764.9

961258178.9

4849245410.0

-2554476566.8

1769693020.5

-2295347857.3

-2831686451.4

1838237926.5

-2847697810.0

-3642141644.2

-3425461736.9

-2419993333.1

-2419993323.0

-4489356511.3

2102904345.4

1.9 -4720454342.2

5.4 -4257609569.4

7.1 -4257609552.8

3.3 -4217634829.3

5.5 -4670035615.7

-4198595189.8

-5674090048.3

-360278363.1

-4608627319.7

-5044504422.5

-3638029440.1

4675733849.9

-5258699188.3

4659872758.8

2861496663.8

-1214669084.2

-1664228706.4

-1664228734.1

3482989601.1

721602395.6

3.1

1.0

46.56.1

8.6

13.8

5.0

9.4

109.4

84.3

6.1

12.1

4.7

112.5

6.4

5.9

8.6

11.0

5.2

10.1

5.4

1.6

9.2

10.8

16.1

90.0

4.2

17.3

96.980.8

3.6

9.4

3.8

124.5

4.7

4094481600.3 5.2

3888374121.8 7.8

3888374092.2 I0.0

3914491024.8 5.2

3522886736.1 7.8

4076531220.9 5.3

2740533702.5 1.2

4114884400.7 40.4

3582138271.0 8.4

-3468435140.9 9.2

4693408646.6 89.9

3275327801.0 8.8

-3100588927.8 8.7

3283958736.6 87.5

4370361731.8 61.1

5223858214.7 9.7

5643538200,6 28.0

5643538259.2 10.7

2887931188.3 71.8

5958201242.2 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284

ref

(2)

2988029411.5

-3957172709.1

-3855355147.6

-1631473180.9-2341309961.9

-2678084638.5

1492206788.2

4075540174.6

-2215213397.4

-2215213511.1

5.2

15.3

33.1

3.5

10.4

.9

.0

2.0

25.4

4.8

655956932.9 2.4

3310237980.1 13.9

3427427691.1 29.2

-4589128895.4 8.5-3539083832.4 15.7

-4525450761.8 2.1

-4458130529.1 .0

931735068.3 I.I

-2209261513.7 22.1

-2209261615.1 4.8

5578668984.9 9.9

3737708980.1 17.0

3740971326.2 38.7

4106758823.6 7.2

4745768312.0 20.1

3597410113.2 2.7

4296015444.7 .0

4801629259.1 4.6

5540292358.5 53.1

5540292544.0 11.0

YAKATAGA 7277

YAKATAGA 7277

YELLOWKN 7285

YLOW7296 7296

YUHA 7894

-2529744076.5

(2) -2529744093.3-1224124375.6

-1224399299.9-2196777809.2

10.8

5.0

5.4

1.9

4.5

-1942091281.9 8.9

-1942091236.4 4.3

-2689530615.9 11.5

-2689273199.3 3.1

-4887337033.0 9.9

5505027936.3 22.5

5505027797.3 10.6

5633555252.1 23.9

5633620217.9 5.0

3448425181.9 7.2

Notes:


epoch.


reference epoch.

ref Reference station which defines the coordinate system ori6in.

5.23

Table 5.12

VIJSI Site ]positions at Jamuary 1.5, 1990

li

ALGOPARK

AUSTINTXBERMUDA

BLKBUTTEBLOGHIND

BREST

CAR.MUSTY

CARROLGA

CHLBOLTN

D_

DS815

DSS45

DS665

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTG_DS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

5ALEAKAL

HARTRAOHATCREEK

HAYSTACK

HOBART26

Monument

7282

7271

7294

72697291

7604

7603

7228

7215

7267

7231

1642

1665

7203

7286

7613

7261

7266

7241

7241 (1)

7900

7225

1513

7102

7605

7120

72327218

7205

7242

X F_-zox

(m) (m)

918034928.9 .5

-737793710.3 3.72307209591.3 8.3

-2306306852.9 10.8302384552.1 21.7

4228877323.2 11.1

3526416591.0 15.4

453520718.5 9.2

4008310284.8 7.5

-2336819559.1 27.6

-2353538656.9 5.7

-4460934953.5 8.0

4849336883.4 3.9

4033947697.4 3.6

-2077236205.2 4.9

-1324008995.5 5.3

-1923992573.6 8.1

-2697026681.5 9.4

-2899840173.6 8.9

-2699840149.7 3.6

-1324227848.9 3.6

-2281547031.4 1.5

-2351129023.4 1.7

1130686673.3 2.4

4581897891.9 13.0

-5665998373.7 14.0

5085442957.0 7.0-2523969826.7 .9

1492404913.1 .3

-3950236255.4 8.5

T Erzoz

(--) (,,-)

-4348132251.5 1.6

-5459892246.3 16.1

-4874215880.0 27.9

-4787914406.3 22.1

-4941899049.2 47.5

-333104365.5 2.5

-171421270.9 3.9

-5300506774.4 34.2

-100650933.9 3.7

-4732586950.3 52.3

-4641649502.1 12.1

2682765841.4 8.7

-360488994.6 1.7

486990330.4 1.6

-4486712689.3 10.6

-5332181916.1 11.5

-4850854499.5 14.6

-4354393212.4 15.1

-4359126985.7 11.1

-4359126962.9 5.9

-5332063037.4 12.7

-1453645017.1 2.3

-4655477048.5 3.3

-4831353011.2 8.3

556125562.3 3.7

-2404408358.0 7.8

2668253337.7 7.5

-4123506327.8 2.3

-6457266536.7 .7

2522347636.2 9.4

Z

(,--)

4561971075.5

3202990411.4

3394317845.4

3515736358.6

4007908419.3

4747180887.6

5294098748.5

3507207368.2

4943794678.1

3570329928.2

3676669950.7

-3674381554.9

6114748688.3

4900430671.4

4018753687.0

3231962413.2

3658589238.8

3788077600.7

3781050948.9

3781050986.9

3232022990.8

5756993165.0

3660956840.8

3994110819.0

4389351333.2

2242228465.7

-2768697178.8

4147752529.5

4296881680.0

-4311562851.0

Error

(----)

1.6

9.5

19.1

15.7

37.1

12.0

20.9

20.5

9.8

37.5

13.9

8.7

5.5

5.89.0

8.3

11.4

13.0

9.2

5.4

7.7

4.0

3.5

6.9

13.5

8.1

7.3

2.8

.7

8.9

HOHENFRG

JPL MV1

KASHIH34

KASHIMA

KAUAI

KODIAK

KWAJAL26

LA-VLBA

LEONRI_K

MAMMOTHL

MARCUS

MARPOINT

HATERA

PED 7850

MEDICINA

METSHOVI

MILESMON

MIYAZAKI

MIZUSGSI

MOJ 7288

7600

72631857

1856

1311

7278

4968

7611

7292

7259

7310

72177243

7850

7230

7601

7038

7312

7314

7288

3778215120.6 6.0

-2493305922.0 8.8

-3997649077.1 4.2

-3997892096.3 4.1

-5543845885.3 2.1

-3026940033.0 6.7

-6143536282.5 17.6

-1449752211.2 .7

-522231489.5 3.7

-2448246670.5 34.4

-5227446574.6 15.4

1106629471.2 1.54641939179.9 6.5

-1330008057.2 2.8

4461370276.4 2.7

2890653026.2 15.6

-1204438903.3 9.2

-3582767688.8 109.2

-3862411685.4 43.1

-2356494005.1 5.8

698644601.5 2.4

-4655197511.6 16.1

3276690817.7 3.0

3276581324.3 2.8

-2054563969.4 3.7

-1575911751.2 4.4

1363997443.9 6.8

-4975298559.0 2.1

-5145676867.8 19.1

-4426738310.5 62.5

2551379394.5 9.0

-6882907203.1 4.71393002848.2 2.7

-5328391559.0 10.5

919596625.2 1.5

1310295191.9 7.1

-4239211090.5 30.1

4052034058.0 71.7

3105015110.8 17.4

-4646607659.0 11.0

5074053508.7

3565519334.8

3724278899.6

3724118292.6

2387813832.3

5370362431.4

1034707449.7

3709123894.2

3720152288.5

3875435845.8

2607604792.9

3938086897.5

4133325467.3

3236502672.44449559089.4

5513958636.7

4596266009.6

3369020588.4

4001944910.9

3668426560.0

8.1

12.2

8.9

8.9

5.2

11.7

10.0

2.0

12.7

52.0

14.2

3.8

8.0

6.6

5.5

23.5

30.1

112.3

23.9

8.4

MDJAVEI2

MON PEAK

NOBEY 6M

NOME

NOTO

7222

7274

7264

7279

7567

-2356170884.2

-2386289340.6

-3871168060.1

-2658150286.64934563406.2

.4 -4646755862.2

4.0 -4802346482.5

9.8 3428274058.38.8 -693821873.6

3.6 1321201080.6

1.9

8.2

8.7

4.11.9

3668470542.8

3444883964.3

3723697670.0

5737236577.73806484323.9

2.3

6.0

13.1

18.6

6.1

524

(continued)

__JBl Slte posltlons at Jsmmry 1.5, 1990

Mm

NRAO 140

NRA085 3

OCOTILLO

ONSALA60

OVR 7853

OVRO 130

PBLOSSOH

PENTICTN

PIETOWN

PINFLATS

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGE

SOURDOGH

TITIJIMA

TR_HSONO

Munlment

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

7258

7252

7252 (1)

7251

7268

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

7280

7281

7281 (2)

7316

7602

X Error

(=--) (')

882880054.2 1.0

882325744.4 .6

-2335601094.9 18.0

3370606279.9 2.3

-2410421121.7 5.2

-2409600641.3 1.8

-2464070815.6 13.7

-2058840297.9 8.9

-1640953553.0 .5

-2369635879.4 7.3

-1240708032.6 2.5

-2707704760.5 7.5

-2707704745.6 5.8

-2732333011.3 4.1-2525452728.2 7.2

-2517230780.9 4.1

981258167.7 1.0

4849245400.9 48.1

-2554476596.7 7.9

1769693021.4 8.6

-2295347875.5 10.7

-2831686475.0 5.0

1838237926.6 9.4

-2847697833.5 109.5

-3642141660.1 84.3

-3425481756.7 7.4

-2419993354.6 15.9

-2419993344.5 5.9

-4489356497.2 112.5

2102904328.1 8.4

Y ]F_roz

(--) (--!)

-4924482327.7 3.5

-4925137991.4 1.6

-4832244039.4 35.3

711917334.9 1.4

-4477800383.0 9.6

-4478349516.3 3.7

-4649425603.8 25.6

-3621286375.4 13.8

-5014816005.9 1.7

-4761324830.6 14.2

-4720454343.1 7.8

-4257609570.0 11.9

-4257609553.4 9.0

-4217634794.6 6.4

-4670035583.8 13.0

-4198595190.4 7.0

-5674090049.2 1.6

-360278342.9 9.5

-4608627287.4 13.9

-5044504427.9 16.1

-3638029441.0 37.2

4675733844.0 3.4

-5258699193.3 17.3

4659872752.8 97.0

2861496663.2 80.8

-1214889085.0 4.0

-1664228707.5 12.2

-1664228735.2 4.7

3482989618.1 124.5

721602408.6 4.7

Z Error

(=m) (,-,,)

3944130601.8 2.9

3943397581.5 1.3

3434392582.8 25.8

5349830630.0 5.1

3838690255.7 7.9

3838603148.5 3.7

3593905629.7 19.3

4814420694.8 18.83575411870.8 1.9

3511116136.7 10.9

4094481594.4 6.7

3888374110.5 10.7

3888374080.9 8.6

3914491045.3 8.3

3522886758.3 10.0

4076531210.3 6.7

2740533704.6 1.2

4114884413.2 42.4

3582138291.3 10.8

-3488435132.7 9.2

4693408637.0 39.2

3275327789.1 9.9

-3100588919.2 8.7

3283958724.7 87.8

4370361718.8 81.1

5223858201.5 11.5

5643538191.1 36.6

5643538249.6 13.3

2887931189.7 71.8

5958201246.7 14.2

TRYSILNO

TSUKI_A

USUDA64

VERNAl

VICTORIA

VNDNBERG

WESTFORD

WETTZELL

WHTttORSE

WHTHORSE

7607

7311

7248

7290

7289

7223

7209

7224

7284

7284

YAKATAGA 7277

YAKATAGA 7277YELLOWKN 7285

YLOW7296 7296YUHA 7894

ref

(2)

(2)

2988029395.4 5.2

-3957172722.6 21.3

-3855355168.2 33.1

-1631473197.1 4.4

-2341309980.3 10.4

-2678094667.5 1.2

1492206771.4 .0

4075540159.6 2.4

-2215213418.6 33.0

-2215213532.3 9.4

-2529746097.5 14.7

-2529744114.4 5.7

-1224124397.2 5.4

-1224399321.6 1.9

-2196777823.0 8.5

655956948.5 2.4

3310237979.8 19.2

3427427682.2 29.2

-4589128896.2 11.1

-3539083833.3 15.7

-4525450728.2 2.6-4458130530.5 .0

931735086.7 1.3

-2209261514.8 29.6

-2209261616.2 9.0

-1942091283.0 12.0

-1942091237.4 4.9

-2689530617.2 11.5

-2689273200.6 3.1-4887337033.5 14.3

5578668991.7 9.9

3737708966.1 23.0

3740971313.0 38.7

4108759816.3 9.74745768302.3 20.1

3597410134.0 2.9

4296015449.2 .0

4801629268.4 5.3

5540292349.6 71.1

5540292535.1 21.1

5505027925.3 30.5

5505027787.3 12.0

5633555246.8 23.9

5633620212.8 5.0

3448425172.3 10.1

Notes:


epoch.


reference epoch.


5.25

Table 5.13

_I Site l_81tl_ at 3_nary 1.5, 1991

Im

ALGOPARK

AUSTINTX

BERMUDA

BLKBUTTE

BLOOMIND

BREST_TY

CARROLGA

CHLBOLTN

D_

Mo=msent

7282

7271

7294

7269

7291

7804

7603

7228

7215

7267

IX _rJ T _z

(,--) (m) J (m) (m)

918034911.0 .6

-737793723.3 3.72307209577.8 8.3

-2306306865.9 14.1

302384536.3 21.7

6228877312.5 Ii.I

3526416578.3 15.4

453520704.5 9.2

4008310272.7 7.5

-2336819573.3 38.0

-4346132252.9 1.7

-5459892247.0 16.1

-4874215881.3 27.9

-4787914406.8 28.9

-4941699050.3 47.5

-333104346.8 2.5

-171421253.9 3.9

-5300506775.5 34.2

-100650915.7 3.7

-4732586950.9 72.3

Z En-or

(m) (_,)

4561g71077.8 1.7

3202g90407.1 9.5

3394317852.8 19.1

3515736348.7 20.6

4007908419.1 37.1

4747180898.6 12.0

5294098757.5 20.9

3507207368.5 20.6

4943794688.3 9.8

3570329918.2 51.4

DSS15

DSS45

DSS65

EFLSBERG

ELY

FD-VlBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDI/ENU

GORF7102

GRASSE

HALEAKAL

HARTRAO

HATCREEK

HAYSTACK

HOBART26

HOHENFRG

3PL MV1

KASHIM34

KASHIMA

KAUAI

KODIAK

KWAJAL26

LA-VLHA

LEONRDOK

MAZ4"DTEL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICIHA

METSHOVI

HILESMON

MIYAZAKI

HIZUSGSI

H03 7288

7231

1642

1665

7203

7286

7613

7261

72667241

7241

7900

7225

1513

7102

7605

7120

7232

7218

7205

7242

7600

7263

1857

18561311

7278

4968

7611

7292

7259

7310

7217

7243

7850

7230

7601

7038

7312

7314

7288

(1)

-2353538671.4

-4460934990.8

4849336874.3

4033947683.6

-2077236221.1

-1324009008.6

-lg23992588.2

-2697026707.8

-269g840199.9

-2699840176.0

-1324227861.9

-2281547053.3

-2351129037.9

1130686657.5

4581697879.1

-5465998387.45085442955.1

-2523969843.0

14g2404896.2

-3950236295.0

3778215105.7

-2493305952.5

-3997649090.6

-3997892109.8

-5543845894.6

-3026940053.4

-6143536263.1

-144g752225.9

-522231504.3

-2448246685.8

-5227446534.8

110662g455.6

4641939165.0

-1330008070.3

4461370262.2

2890653008.1-1204438921.2

-3582767690.5-3862411699.9

-2356494019.7

5.37.8

11.9

8.4

4.1

3.6

1.7

1.9

1.7

13.0

14.0

7.6

1.2

.4

8.5

6.0

10.9

4.8

4.9

2.0

9.5

21.7

.7

3.7

41.0

15.4

1.8

4.2

2.8

3.3

15.6

9.2

109.2

43.1

5.8

9.4 -4641649502.7

8.4 2682765842.2

6.9 -360488974.4

4.1 486990348.7

6.7 -4486712690.0

-5332181g16.8

-4850854500.1

-4354393178.3

-4359126951.6

-4359126928.8

-5332063038.0

-1453645018.2

-4655477049.0

-4831353012.4

556125581.9

-2404408297.5

2668263361.1

-4123506328.5

-4457266538.1

2522347645.6

698644619.1

-4655197480.0

3276690817.4

3276581324.0

-2054563907.9

-1575911752.1

1363997509.6

-4975298559.7

-5145676868.7

-4426738311.1

2551379453.1

-4882907204.3

1393002867.7

-5328391559.7

919596644.4

1310295207.1

-4239211091.5

4052034049.7

3105015110.4

-4646607659.5

19.7

10.0

2.0

1.8

14.6

11.5

18.3

19.1

13.5

6.9

12.7

2.6

3.9

6.0

3.7

8.1

8.5

2.9

.8

10.6

2.4

19.93.4

3.3

4.3

6.0

8.2

2.1

lg.1

74.6

9.0

5.9

2.1

10.5

1.8

7.1

30.1

71.7

17.4

11.1

3676669940.6 21.9

-3676381509.1 10.14114748700.8 8.3

4900430681.0 6.5

4018753678.0 12.2

3231962406.8 8.33658589230.3 14.5

3788077621.2 16.5

3781050969.5 11.4

3781051007.5 6.2

3232022984.4 7.7

5756993156.1 4.6

3660956830.8 3.9

3994110822.0 4.8

4389351344.1 13.5

2242228497.2 8.3-2768697159.9 8.3

4147752518.9 3.24296881684.4 .9

-4311562809.2 9.9

5074053517.4 8.1

3565519354.8 15.1

3724278885.4 10.4

3724118278.4 10.4

2387813863.6 5.6

5370362419.6 16.6

1034707678.6 12.0

3709123887.5 2.0

3720152285.1 12.7

3875435835.4 62.0

2607604815.3 14.2

3g38086900.3 4.74133325477.5 7.0

3236502666.0 6.64449559099.6 6.2

5513958642.6 23.54596266004.0 30.1

3369020575.2 112.3

4001944897.2 23.9

3668426549.9 8.5

MOJAVEI2

MON PEAK

NOBEY 6M

t_tAME

NOTO

7222

7274

7244

7279

7547

-2356170898.7

-2386289373.2

-3871168073.5

-2658150308.3

4934563392.3

.5

5.0

8.8

10.8

4.3

-4646755862.8 2.2

-4802346452.2 10.4

3428274058.0 8.7

-693821874.7 4.9

1321201100.8 2.3i

5.26

3668470532.7 2.4

3444883983.9 7.5

3723697656.3 13.1

5737236567.5 22.5

3806484336.9 6.9

(coutiuued)

VI,BI Sit.o positic_s at. 3mmar7 1.5, 1991

Name t_mument X Erroz Y Error Z F_ror

(---) (.-,) (,--.) (,,--) (sm) (--,)

1_'7_0 140 7204 882880038.6 1.1 -4924482328.9 3.9 3944130603.8 3.21_A085 3 7214 882325728.7 .4 -4925137992.6 1.1 3943397583.6 .9

OCOTILLO 7270 -2335601127.9 18.0 -4832244009.6 35.3 3434392602.2 25.8

ONSALA60 7213 3370606264.2 2.8 711917351.5 1,7 5349830637.7 5.9

OVR 7853 7853 -2410421136.9 5.3 -4477800383.6 9.9 3838690245.5 8.2

OVRO 130 7207

PBLOS$OH 7254

PENTICTN 7283

PIETOWN 7234

PIN'FLATS 7256

-2409600656.4 2.0

-2464070829.9 16.9

-2058840316.6 10.8

-1640953567.3 .6

-2369635911.3 9.3

-4478349517.0 4.4

-4649425604.3 31.6

-3621286376.3 16.6

-5014816006.6 2.0

-4761324800.4 18.2

3838603138.3 4.23593905619.2 23.7

4814420686.1 22.7

3575411863.3 2.0

3511116156.2 13.9

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDES

QUINCY

RIC_4OND

ROBLED32

SANPAULA

SANTIA12

7258

7252

7252 (1)7251

7268

7221

7219

1561

7255

1404

SEATTLE1 7229

SESHAN25 7227

SEST 7239

SHANGHAI 7226

SINTOTU 7315

SNDPOINT 7280

SOURDOGH 7281

SOURDOGH 7281 (2)

TITIJIMA 7316

TROHSON0 7602

-1240708048.8 3.3

-2707704775.8 9.9

-2707704760.9 5.6

-2732333035.5 5.6

-2525452759.1 10.0

-2517230796.9 5,3

961258156.4 1.0

4849245391.8 49.9

-2554476626.6 10.7

1769693022.3 8.6

-2295347893.7 13.0

-2831686498.5 5.9

1838237926.7 9.4

-2847697857.1 109.7

-3642141676.1 84.3

-3425461776.6 10.7

-2419993376.1 19.7

-2419993366.0 8.8

-4489356483.1 112.5

2102904310.8 6.4

-4720454344.0 10.0

-4257609570.6 15.7

-4257609554.0 8.7

-4217634760.0 8.6

-4670035551.9 18.1

-4198595191,1 9.0

-5674090050.1 1.6

-360278322.7 9.8

-4608627255.1 18.9

-5044504433.3 16.1

-3638029441.9 30.2

4675733838.0 4.1

-5258699198.4 17.3

4859872746.8 97.3

2861496662.6 80.8

-1214669085.8 5.7

-1664228708.6 15.1

-1664228736.3 6,9

3482989635.1 124.5

721602421.7 4.7

4094481588.5 8.6

3888374099.1 13.9

3888374069.6 8.3

3914491065.8 8.3

3522886776.4 13.8

4076531199,7 8,6

2740533706.7 1.2

4114884425.7 44.8

3582138311.5 14.6

-3468435124.4 9.2

4693408627.4 34.6

3275327777.2 11.7

-3100588910.6 8.7

3283958712.7 88.2

4370361705.9 61.1

5223858188.3 16.3

5643538181.5 45.5

5643538240.1 20.2

2887931191.1 71.8

5958201251.3 14.2

TRYSILN0 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284 (2)

2988029379.3 5.2

-3957172736.1 28.0

-3855355188.9 33.1

-1631473213.3 6.2

-2341309998.7 10.4

-2678094696.4 1.5

1492206754.5 .0

4075540144.5 2.9

-2215213439.7 41.0

-2215213553.5 17.4

655956964.0 2.4

3310237979.4 25.1

3427427673.4 29.2

-4589128897.0 15,6

-3539083834.1 15.7

-4525450694.6 3.3

-4658130531.9 .0

931735105.0 1.6

-2209261515.9 37.3

-2209261617.3 16.5

5578668998.5 9.9

3737708952.1 29.73740971299.8 38.7

4106759808.9 13.7

4745768292.5 20.1

3597410154.7 3.2

4296015453.6 .0

4801629277.6 6.0

5540292340.7 89.7

5540292526.2 39.0

YAKATAGA 7277

YAKATAGA 7277 (2)

YELLOWKN 7285

YLOW7296 7296

YI1HA 7894

-2529744118.5 18.7

-2529744135.4 8.8

-1224124418.8 5.4

-1224399343.2 1.9

-2196777836.7 8.5

-1942091284.0 15.3

-1942091238.5 7.4

-2689530618.5 11.5

-2689273201.9 3.1

-4887337034.1 18.8

5505027916.2 39.0

5505027777.3 18.4

5633555241.4 23.9

5633620207.3 5.0

3448425162.8 13.3

Notes:


epoch.

(2) Positions after the winter 1987-88 Gulf of Ala=ka earthquakes extrapolated to the site

reference epoch.


5.27

Table5.14

_JBI Slte posltl--- at Jaa,_7 1.5, 1992

Hi

ALGOPARK

AUSTINTX

6£_HUDA

BLKBUTTE

BLOOMIND

BREST

CARNUSTY

CARROLGA

CHI,BOLTIq

DEADMANL

DSSI5

DSS45

DSS65

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

HALEAKAL

BARTRAO

HATCREEK

HAYSTACK

HOBART26

HO_NFRG

JPL MV1

KASBIM34

KASHIMA

KAUAI

KOD IAK

KWAJAL26

LA-VLBA

LEONRDOK

HAMMOTBL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

METSHOVI

HILESMON

MIYAZAKI

MIZUSGSI

MOJ 7288

MOJAVE12

MON PEAK

NOBEY 6M

NGHE

NOTO

Monument

7262

7271

7294

7269

7291

7604

7603

7226

7215

7267

7231

1642

1665

7203

7286

7613

7261

7266

7241

7241 (1)

7900

7225

1513

7102

7505

7120

7232

7218

7205

7242

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

72177243

7850

7230

76017038

73127314

7288

72227274

7244

7279

7547

I ExEoz

(m) (m)

916034893.1 .7

-737793736.2 3.7

2307209564.2 8.3

-2306306880.9 17.5

302384520.4 21.7

4228877301.7 11.1

3526416565.6 15.4

453520690.4 9.2

4008310260.7 7.5

-2336819587.5 48.5

-2353538686.0 13.2

-4460935028.1 10.3

4849336865.2 10.2

4033947669.7 4.6

-2077236236.9 8.6

-1324009021.6 5.3

-1923992602.7 9.6

-2697026734.0 14.6-2699840226.2 10.4

-2699840202.3 6.1

-1324227875.0 3.6

-2281547075.2 2.0

-2351129052.4 2.3

1130686641.6 2.4

4581697866.3 13.0

-5465998401.1 14.0

5085442953.1 9.1

-2523969859.3 1.5

1492404879.3 .5

-3950236334.7 10.5

3778215090.7 6.0

-2493305983.0 13.1-3997649104.0 5.6

-3997892123.3 5.7-5543845903.9 1.9

-3026940073.9 12.7

-6143536243.6 26.0

-1449752240.7 .7

-522231519.1 3.7

-2448246701.1 47.8

-5227446495.0 15.4

1106629440.0 2,24641939150.0 4.7

-1330008083.3 2.84461370248.1 4.2

2890652989.9 15.6

-1204438939.2 9.2

-3582767712.3 109.2-3862411714.4 43.1

-2356494034.2 5.8

-2356170913.3 .5

-2386289405.6 6.1

-3871168086.9 9.8

-2658150330.0 13.1

4934563378.5 6.1|

y V-trot

(--,) (m)

-4346132254.2 2.2

-5459892247.7 16.1

-4874215882.5 27.9

-4767914407.4 35.9

-4941699051.4 47.5

-333104328.0 2.5

-171421236.8 3.9

-5300506776.5 34.2

-100650897.4 3.7

-4732586951.4 92.5

-4641649503.3 27.6

2682765843.0 12.0

-360488954.2 2.6

486990367.0 2.1

-4486712690.8 18.9

-5332181917.4 11.5

-4850854500.8 22.6

-4354393144.2 23.4

-4359126917.5 16.9

-4359126894.6 10.1

-5332063038.6 12.7

-1453645019.4 3.0

-4655477049.6 4.5

-4831353013.6 8.8

556125601.5 3.7

-2404408237.0 8.4

2668263384.5 9.8

-4123506329.2 3.5

-4457266539.4 1.0

2522347655.0 12.6

698644636.8 2.4

-4655197448.4 23.9

3276690817.1 3.8

3276581323.7 3.8

-2054563846.3 5.0

-1575911753.0 8.0

1363997575.3 9.7

-4975298580.5 2.1

-5145676869.6 19.1

-4426738311.7 86.7

2551379511.7 9.0

-4882907205.5 7,2

1393002887.2 2.4

-5328391560.3 10.5

919596663.7 2.2

1310295222.3 7.1-4239211092.5 30.1

4052034041.4 71.73105015109.9 17.4

-4646607660.1 11.2

-4646755863.4 2.6

-4802346421.9 12.7

3428274057.6 8.7

-693821875.7 5.9

1321201121.0 3.1

Z ErEor

(m) (--,)

4561971080.1 2.2

3202990402.9 9.5

3394317860.2 19.1

3515736338.7 25.54007906418.9 37.1

4747180909.5 12.0

5294098766.5 20.9

3507207368.8 20.6

4943794698.4 9.8

3570329908.1 65.6

3676669930.6 30.1

-3674381463.2 11.9

4114748713.3 11.7

4900430690.6 7.3

4018753669.0 15.7

3231962400.4 8.33658589221.8 17.9

3788077641.8 20.13781050990.0 14.3

3781051028.1 8.9

3232022978.0 7.7

5756993147.1 5.3

3660956820.7 4.4

3994110824.9 8.9

4389351355.0 13.5

2242228528.6 8.7

-2768697140.9 9.4

4147752508.4 3.7

4296881688.8 1.1

-4311562767.4 12.1

5074053526.2 8.1

3565519374.8 18.1

3724278871.3 12.0

3724118264.3 12.0

2387813894.9 6.1

5370362407.8 21.8

1034707507.6 14.1

3709123880.7 2.0

3720152281.8 12.7

3875435625.0 72.1

2607604837.7 14.2

3938086903.2 5,94133325487.6 7.8

3236502659.6 6.54449559109.8 7.3

5513958648.5 23.5

4596265998.3 30.1

3369020562.1 112.34001944883.5 23.9

3668626539.8 8.5

3668470522.6 2.53444884003.6 9,2

3723697642.7 13.1

5737236557.4 27.1

3806484345.9 8.4i

528

(continued)

1RJBI GJ.Ce positloas at Jmma--'y 1.5, 1992

]lame

NRAO 140

NRAO85 3

OCOTILLO

ONSALAT0

OVR 7853

OVRO 130

PBLOSSOH

PENTICTN

PIETOWN

PINFLATS

Monument

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

Z Error

(,--) (,-,,)

882880023.0 1.3

882325713.1 .5

-2335601180.9 18.0

3370606248.5 3.3

-2410421152,0 5.4

-2409500671,6 2.3

-2464070844.2 20.2

-2058840335.3 13.1

-1640953581.6 .9

-2368635843.1 11.5

1r Error

(--) (--)

-4924482330.1 4.3

-4925137993.8 1.6

-4832243979.8 35.3

711917368.1 2.0

-4477800384.3 10.2

-4478349517.6 5.1

-4649425604.9 37.7

-3621286377.3 20.3

-5014816007.3 2.6

-4761324770.1 22.3

Z ErEor

(m) (_,)

3944130605.8 3.6

3943397585.6 1.3

3434392621.7 25.8

5349830645.4 6.7

3838690235.2 8.5

3838603128.0 4.8

3593905608.7 28.3

4814420677.4 27.6

3575411855.8 2.3

3511116175.7 17.0

PLATTVIL

PRESIDIO

PRESIDIO

PTREYES

PVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIA12

SEATTLE1

6ESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

80URDOGH

TITIJIHA

TROMSONO

7258

7252

7252 (1)

72517268

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

72807281

7281 (2)

7316

7602

-1240708085.0 4.1

-2707704791.2 12.3-2707704776.2 6.6

-2732333059.6 7.3

-2525452789.9 13.3

-2517230812.9 6.6

961258145.2 1.0

4848245382.7 51.9

-2554476656.5 13.9

1769693023.1 8.6

-2295347912.0 18.7

-2831686522.1 7.3

1838237926,8 9.4

-2847897880.6 109.9-3642141692.1 84.3

-3425461796.4 14.8-2419993397.6 23.6

-2419993387.5 12.4

-4489356469.0 112.5

2102904293.5 6.4

-4720454344.8 12.4

-4257609571.2 19.6-4257609554.6 10.3

-4217634725.3 11.2-4670035520.0 24.0

-4198595191.8 11.2

-5674090050.9 1.6

-360278302.5 10.2

-4608627222.8 24.6

-5044504438.7 16.1

-3638029442.7 81.8

4675733832.1 5.9

-5258699203.4 17.3

4659872740.8 97.6

2861496662.1 80.8

-1214669086.6 8.0

-1664228709.7 18.0

-1664228737.4 9.6

3482989652.1 124.5

721602434.7 4.7

4094481582.6 10.6

3888374087.8 17.43888374058.3 9.7

3914491086.3 10.83522886786.6 18.2

4076531189.2 10.6

2740533708.9 1.3

4114884438.2 47.2

3582138331.7 18.8

-3468435116.1 8.2

4693408617.8 84.0

3275327765.3 13.8

-3100588902.0 8.7

3283958700.8 88.7

4370361693.0 61.1

5223858175.1 22.4

5643538172.0 54.5

5643538230.6 28.4

2887931192.4 71.8

5958201255.8 14.2

TRYSILN0 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VEDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284 (2)

2988029363.1 5.2

-3957172749.6 35.0

-3855355209.5 33.1

-1631473229.5 8.2

-2341310017.2 10.4

-2678094725.4 1.9

1492206737.6 .0

4075540129.4 3.4

-2215213460.9 49.1

-2215213574.7 25.7

655956979.6 2.4

3310237979.1 31.3

3427427664.6 28.2

-4589128897.9 20.7

-3539083835.0 15.7

-4525450661.0 4.0

-4458130533.2 .0

931735123.4 1.9

-2209261517.0 45.2

-2209261618.4 24.3

5578669005.3 9.9

3737708938.1 36.6

3740971286.7 38.7

4106759801.6 18.2

4745768282.8 20.1

3597410175.4 3.7

4296015458.0 .0

4801629286.9 6.8

5540292331.8 108.5

5540292517.2 57.9

YAKATAGA 7277

YAKATAGA 7277 (2)

YELLOW_ 7285

YLOW7296 7296

YUHA 7894

-2529744139.6 22.9

-2529744156.4 12.6

-1224124440.4 5.4

-1224399364.8 1.9-2196777850.5 10.6

-1942091285.1 18.7

-1942091239.5 10.5

-2689530619.8 11.5

-2689273203.2 3.1-4887337034.6 23.5

5505027905.2 47.7

5505027767.2 26.4

5633555236.1 23.9

5633620201.9 5.0

3448425153.2 16.6

Notes:

(1) Positions after the October 1989 LomaPrteta earthquake extrapolated to the site reference

epoch.


reference epoch.

ref Reference statlon whlch defines the coordinate system orieln.

$.29

Table 5.15

_,BZ SJ.t,e posJ.t3.o_s at, 3mma_r 1.5, 1993

ALGOPARK

AUSTINTX

BERMUDA

BIXBUTTE

BLOOHIND

BREST

CARNUSTY

CARPJ_LGA

CHLBOLTN

DEADHANL

DSS15

DSS45

DSS65

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

RALEAKAL

RARTRAO

RATCREEK

HAYSTACK

HOBART26

Molzment_

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

7231

16421665

7203

7286

7613

7261

7266

7241

7241 (1)

7900

7225

1513

7102

7605

7120

7232

7218

7205

7242

X Er¢o¢

(am) (ram)

918034875.2 .9

-737793749.2 3.7

2307209550.6 8.3

-2306306894.9 21.0

302384504.5 21.7

4228877290.9 11.1

3526416552.9 15.4

453520676.4 9.2

4008310248.6 7.5

-2336819601.7 59.1

-2353538700.7 17.0

-4460935065.5 13.14849336856.1 13.6

4033947655.8 5.2-2077236252.8 10.7

-1324009034.6 5.3

-1923992617.3 11.4

-2697026760.2 17.3

-2699640252.6 12.8

-2699840228.7 8.6

-1324227888.0 3.6

-2281547097.1 2.3

-2351129067.0 2.6

1130686525.8 3.9

4581697853.4 13.0

-5465998414.9 14.0

5085442951.1 11.0

-2523969875.6 1.9

1492404862.4 .6

-3950238374.4 13.6

(,,--) (m)

-4346132255.8 2.9

-5459892248.5 16.1

-4874215883.8 27.9

-4787914407.9 43.0

-4941699052.5 47.5

-333104309.1 2.5

-171421218.7 3.9

-5300506777.5 34.2

-100650879.0 3.7

-4732586952.0 113.0

-4641649503.9 35.5

2682765843.8 14.4

-360488933.9 3.2

486990385.4 2.5

-4486712691.5 23.4

-5332181918.1 11.5

-4850854501.5 27.1

-4354393110.0 27.8

-4359126883.3 20.7

-4359126860.4 14.1

-5332063039.3 12.7

-1453645020.5 3.4

-4655477050.2 5.3

-4831353014.9 13.9

556125621.1 3.7

-2404408176.3 8.8

2668263408.0 11.3

-4123506329.9 4.2

-4457266540.8 1.3

2522347664.4 15.3

Z Erzo¢

(--) (m)

4561971082.4 2.9

3202990398.7 9.5

3394317867.6 19,1

3515736328.8 30.6

4007908418.7 37.1

4747180920.4 12.0

5294098775.5 20.9

3507207369.1 20.6

4943794708.5 9.8

3570329898.1 80.0

3676669920.4 38.5

-3674381417.2 14.14114748725.9 15.2

4900430700.2 8.2

4018753660.0 19.4

3231962394.0 8.3

3658589213.3 21.4

3788077662.4 23.9

3781051010.7 17.6

3781051048.7 12.3

3232022971.6 7.7

5756993138.1 6.0

3660956810.6 4.9

3994110827.9 10.9

4389351365.9 13.5

2242228560.2 9.0

-2768697122.0 10.7

4147752497.7 4.2

4298881693.3 1.3

-4311562725.5 15.0

HOWPNFRG

JPL HV1

KASHIM34

KASHIMA

KAUAI

KOD IAK

KI_,JA.L26

LA-VLBA

LEONRDOK

HAMHOTEL

MARCUS

MARPOINT

MATERA

MCD 7850

b_DICINA

METSHOVI

MILESMON

MIYAZAKI

MIZUSGSI

HOJ 7288

7600

7263

1857

1856

1311

7278

4968

76117292

7259

7310

7217

7243

7850

7230

7601

7038

7312

7314

7286

3778215075.6 6.0

-2493306013.6 15.3

-3997649117.5 6.4

-3997892136.8 6.7

-5543845913.3 1.8

-3026940094.4 16.0

-6143536224.1 30.4

-1449752255.5 .7

-522231534.0 3.7

-2448246716.5 54.6

-5227446455.1 15.4

1106629424.4 2.7

4641939135.1 7.6

-1330008096.4 2.8

4461370233.9 5.3

2890652971.8 15.6

-1204438957.2 9.2

-3582767736.1 109.2

-3862411729.0 43.1

-2356494048.8 5.8

698644654.5 2.4

-4655197416.7 28.0

3276690816.7 4.3

3276581323.4 4.4

-2054563784.6 5.6

-1575911753.9 10.1

1363997641.1 11.3

-4975298561.2 2.1

-5145676870.5 19.1

-4426738312.3 99.0

2551379570.5 9.0

-4882907206.8 8.7

1393002906.8 3.4

-5328391561.0 10.5

919596683.0 2.7

1310295237.5 7.1

-4239211093.5 30.1

4052034033.0 71.7

3105015109.5 17.4

-4646607660.7 11.3

5074053536.9 8.1

3565519394.8 21.2

3724278857.1 13.6

3724118250.1 13.7

2387813926.3 6.7

5370362396.0 27.4

1034707536.6 16.2

3709123873.9 2.03720152278.5 12.7

3875435814.6 82.3

2607604860.2 14.2

3938086906.1 7.1

4133325497.8 10.0

3236502653.2 6.6

4449559120.1 8.4

5513958654.4 23.5

4596265992.6 30.1

3369020549.0 112.3

4001944869.8 23.9

3668426529.7 8.6

MOJAVE12

MON PEAK

NOBEY 6H

NOME

NOTO

7222

7274

7244

7279

7547

-2356170927.9 .6

-2386289438.5 7.3

-3871168100.4 9.8

-2658150351.7 15.6

4934563364.6 8.4|

-4646755864.0 3.1

-4802346391.5 15.1

3428274057.3 8.7

-693821876.8 7.0

1321201141.2 4.0i

5.30

3668470512.5 2.8

3464884023.3 10.8

3723697629.0 13.1

5737236547.2 31.9

3806484356.9 10.2

(continued)

VI.BI Sltepositim_s at Jm_-_y 1.5, 1993

Nj

NRAO 140

NRAO85 3

OCOTILLO

ONSALA60

OVR 7853

OVRO 130

PBLOSSCH

PENTICTN

PIETOWN

P_NFLATS

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

FVERDES

QUINCY

RICHMOND

ROELED32

SANPAULA

SANTIA12

SEATTLE1

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIMA

TROMSONO

Monument

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

X Erroz

(mm) (-,I)

882880007.3 1.4

882325697.4 .8

-2335601194.0 18.0

3370606232.7 3.9

-2410421167.2 5.5

-2409600686.8 2.6

-2464070858.5 23.5

-2058840354.0 15.6

-1640953595.9 1.2

Y Error

(m) (,,-,)

-4924482331.3 4.8

-4925137995.0 2.5

-4832243950.0 35.3

711917384.7 2.3

-4477800384.9 10.6

-4478349518.2 5.8

-4649425605.4 44.0

-3621286378.2 24.4

-5014816008.0 3.3

X Erzor

(--) (---)

3944130607.8 4.0

3943397567.6 2.1

3434392641.2 25.8

5369830653.1 7.6

8838690224.g 8.8

3838603117.7 5.4

3593905598.2 33.0

4814420668.7 33.0

3575411848.3 2.7

3511116195.3 20.2

7258

7252

7252 (1)

7251

7268

7221

7219

1561

7255

1404

7229

7227

7239

72267315

7280

7281

7281 (2)

7316

7602

-2369635975.1 13.6

-1240708081.2 4.9

-2707704806.5 14.9

-2707704791.6 8.3

-2732333083.8 9.2

-2525452820.8 16.8

-2517230828.9 8.0

961258133.9 1.0

4849245373.6 54.0

-2554476686.5 17.3

1769698024.0 8.6

-2295347930.3 25.7

-2831686545.8 8.9

1838237926.9 9.4

-2847697904.2 110.1-3642141708.1 84.3

-3425461816.3 19.2

-2419993419.1 27.5

-2419993409.0 16.2

-4489356454.9 112.5

2102904276.2 6.4

-4761324739.6 26.6

-4720454345.7 15.0

-4257609571.8 23.6

-4257609555.2 13.1

-4217634690.5 14.0

-4670035488.0 30.2

-4198595192.4 13.5

-5674090051.8 1.6

-360278282.3 10.5

-4608627190.5 30.7

-5044504444.1 16.1

-3638029443.6 137.0

4675733826.1 8.0

-5258699208.5 17.3

4659872734.8 98.02861496661.5 80.8

-1214669087.5 10.5

-1664228710.8 20.9

-1664228738.5 12.4

3482989669.1 124.5

721602447.8 4.7

4094481576.7 12.7

3888374076.5 20.9

3888374047.0 12.2

3914491106.8 13.4

8522886816.8 22.9

4076531178.6 12.8

2740533711.0 1.3

4114884450.7 49.9

3582138352.0 23.4-3468435107.8 9.2

4693408608.2 138.4

3275327753.4 16.1-3100588893.3 8.7

3283958688.9 89.24370361680.0 61.1

5223858151.9 28.9

5643536162.4 63.6

5643538221.0 37.1

2887931193.8 71.8

5958201260.3 14.2

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

%qTDNDERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTHORSE 7284

WHTHORSE 7284 (2)

2988029347.0 5.2

-3957172763.1 42.1

-3855355230.2 33.1

-1631473245.7 10.4

-2341310035.6 10.4

-2678094754.4 2.3

1492206720.7 .0

4075540114.3 4.0

-2215213482.2 57.5

-2215213595.9 34.3

655956995.2 2.4

3310237978.8 37.6

3427427655.7 29.2

-4589128898.7 26.2

-3539083835.9 15.7

-4525450627.3 4.7

-4458130534.6 .0

931735141.8 2.3

-2209261518.1 53.1

-2209261619.5 32.3

5578669012.1 9.9

3737708924.0 43.8

3740971273.5 38.7

4106759794.2 22.9

4745768273.0 20.1

3597410196.2 4.2

4296015462.5 .0

4801629296.1 7.7

5540292322.8 127.6

5540292508.3 77.1

YAKATAGA 7277

YAKATAGA 7277 (2)

YELLOWKN 7285

YLOW7296 7296

7894

-2529744160.6 27.1

-2529744177.4 16.7

-1224124462.1 5.4

-1224399386.5 1.8

-2196777864.3 12.8

-lg42091286.1 22.1

-1942091240.6 13.9

-2689530621.1 11.5

-2689273204.4 3.1

-4887337035.2 28.2

5505027896.2 56.5

5505027757.2 35.0

5633555230.8 23.9

5633620196.6 5.0

3448425143.6 19.9

Rotes:

(I) Poslhions after the October 1989 Loma Prieta earthquake extrapolated to 5he site reference

epoch.


reference epoch.


5.31

Table 5.16

'W,t.BT S:J.t.e pos£t:Lo_ at; 3snuaz7 1.5. 1994

Ill

ALGOPARK

AUSTINTX

BERMUDA

8L_UTTE

BLO_WIND

BREST

CAR_SI'Y

CARROLGA

CHLBOLTN

D_

DSS15

DSS45

DSS65

KFLSBERG

ELY

FD-VLBA

FLAGSTAF

F(_T ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102GRASSE

HALEAKAL

HARTRAO

HATCREEKHAYSTACK

HOBART26

HOBENFRG

JPL MVl

KASHIM34

KASHIMA

KAUAI

KODIAK

KWAJAL26

LA-VLBA

LEOm%DOK

MAMMOTHL

MARCUS

MARPOINT

MATERA

MCD 7850

MEDICINA

METSHOVI

MILESMON

MIYAZAKI

HI ZUSGS I

MOJ 7288

MOJAVEI2

MON PEAK

NOBEY 6H

NaME

NOTO

Mmmme_t

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

7231

1642

1665

72037286

7613

7251

7266

7241

7241 (1)

7900

72251513

71027605

7120

7232

7218

7205

7242

X Erzoz

(m) (ram)

918034857.4 1.I

-737793762.1 3.7

2307209537.1 8.3

-2306306908.9 24.5

302384488.6 21.7

4228877280.1 11.1

3526416540.3 15.4

453520662.3 9.2

4008310236.6 7.5

-2336819615.9 69.7

-2353538715.2 20.8

-4460935102.7 16.3

4849336847.0 17.1

4033947642.0 5.9

-2077236268.6 12.8

-1324009047.7 5.3

-1923992631.9 13.3

-2697026786.5 20.0

-2699840278.9 15.3

-2899840255.0 11.3

-1324227901.0 3.6

-2281547119.0 2.6-2351129081.5 3.0

1130686610.0 5.4

4581697640.6 13.0

-5465998428.6 14.0

5085442949.2 13.3

Y Ezzor

(m) (m)

-4346132257.0 3.7

-5459892249.2 16.1

-4874215885.1 27.9

-4787914408.5 50.1

-4941699053.6 47.5

-333104290.3 2.5

-171421202.7 3.9

-5300505778.5 34.2

-100650860.8 3.7

-4732586952.6 133.6

-4641649504.5 43.5

2682765844.6 17.0

-360488913.7 3.8

486990403.7 2.9-4486712692.2 28.0

-5332181916.7 11.5

-4850854502.1 31.7

-4354393075.9 32.2

-4359126849.2 24.8

-4359126826.3 18.4

-5332063039.9 12.7

-1453645021.7 3.8-4655477050.8 6.0

-4831353016.1 19.5556125640.7 3.7

-2404408115.8 9.3

2668263431.4 12.9

Z E,lcroz

(m) (,,--)

4561971084.7 3.6

3202990394.5 9,5

3394317874.9 19.1

3515736318.8 35.6

4007908418.6 37.1

4747180931.3 12.05294098786.5 20.9

3507207369.4 20.64943794718.7 9.8

3570329888.0 94.4

3676669910.4 46.8

-3674381371.3 16.4

4114748738.4 18.8

4900430709.8 9.1

4018753651.0 23.2

3231962387.6 8.3

3658589204.7 24.9

3788077682.9 27.7

3781051031.2 21.1

3781051069.3 15.9

3232022965.2 7.7

5756993129.2 6.7

3660956800.5 5.5

3994110830.9 15.5

4389351376.8 13.5

2242228591.7 9.4

-2768697103.0 12.0

7600

7263

1857

1856

1311

72784968

76117292

7259

7310

7217

7243

7850

7230

7601

7038

7312

7314

7288

7222

7274

7244

7279

7547

-2523969891.8 2.31492404845.5 .7

-3950236414.1 17.3

3778215060.6 6.0

-2493306044.0 17.6

-3997649131.0 7.3

-3997892150.2 7.6

-5543845922.6 1.8

-3026940114.8 19.3

-6143536204.6 34.8

-1449752270.2 .7

-522231548.8 3.7

-2448246731.7 61.5

-5227446415.3 15.4

1106629406.8 3.1

4641939120.2 11.0

-1330008109.4 2.8

4461370219.7 6.4

2890652953.7 15.6

-1204438975.2 9.2

-3582767755.9 109.2

-3862411743.6 43.1

-2356494063.4 5.8

-4123506330.6 4.9-4457266542.2 1.5

2522347673.8 18.2

698644672.1 2.4

-4555197385.0 32,1

3278690816.4 4.9

3276581323.0 5.0

-2054563723.0 6.3

-1575911754.9 12.21363997706.8 12.8

-4975298561.9 2.1-5145676871.4 19.1

-4426738313.0 111.3

2551379629.1 9.0-4882907208.0 10.2

1393002926.3 4.6

-5328391561.6 10.5

919596702.3 3.2

1310295252.7 7.1

-4239211094.6 30.1

4052034024.7 71.7

3105015109.1 17.4

-4646607661.3 11.4

6147752487.2 4.9

4296881697.7 1.6

-4311562683.6 16.4

5074053543.7 8.1

3565519414.8 24.3

3724278842.9 15.3

3724118235.9 15.5

2387813957.6 7.2

5370362384.2 33.2

1034707565.5 18.4

3709123867.1 2.0

3720152275.2 12.7

3875435804.2 92.5

2607604882.6 14.2

3938086908.9 8.4

4133325508.0 12.9

3236502646.8 6.6

4449559130.3 9.7

5513958660.2 23.5

4596265987.0 30.1

3369020535.6 112.3

4001944856.1 23.9

3668426519.6 8.7

-2356170942.4 .7

-2386289471.2 8.5

-3871168113.8 9.8

-2658150373.4 18.24934563350.7 10.8

-4646755864.8 3.5

-4802346361.1 17.5

3428274056.9 8.7

-693821877.9 8.2

1321201161.3 5.0

3668470502.4 3.0

3444884043.0 12.63723697615.4 13.1

5737236537.0 36.9

3806484367.9 12.3

5.32

(continued.)

_2BI S£t_ posltio_s at JarfUL'7 1.5, 1994

_ame

NRAO 140

NRAO85 3

OCOTILLO

ONSAI_60

OVR 7853

OVRO 130

PBLOSSGH

PENTICTN

PIETOWR

PINFLATS

FLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVERDES

QUINCY

RICHMOND

ROBLED32

SANPAULA

SANTIAI2

SEATTLE1

SESHAR25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOGH

TITIJIMA

TROHSONO

Monument

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

7258

7252

7252 (1)

7251

7268

X Error

(,--) (-,-)

882879991.7 1.5

882325681.8 1.2

-2335601227.0 18.0

3370606217.0 4.5

-2410421182.4 5.7

-2409600702.0 2.9-2464070872.7 26.9

-2058840372.7 18.3

-1640953610.1 1.5

-2369636006.9 15.8

-1240708097.3 5.8

-2707704621.8 17.4

-2707704806.9 10.4

-2732333108.0 11.1

Y Y,rro¢

(m) (--,.)

-4924482332.5 5.4

-4925137996.2 3.6

-4632243920.2 35.3

711917401.3 2.7

-4477800385.5 11.0

-4478349518.8 6.5

-4649425606.0 50.2

-3621286379.1 28.8

-5014816008.6 4.0

-4761324709.5 30.9

-4720454346.6 17.6

-4257609572.4 27.6

-4257609555.8 16.5

-4217634655.8 16.9

Z Error

(---) (--)

3944130609.8 4.4

3943397589.6 2.9

3434392660.7 25.8

5349830660.8 8.5

3838690214.7 9.2

3838603107.5 6.03593905587.7 37.6

4814420660.0 38.6

3575411840.8 3.2

3511116214.8 23.4

4094481570.6 14.9

3888374065.2 24.5

3888374035.7 15,1

3914491127.3 16.2

3522886837.0 27.7

7221

7219

1561

7255

1404

7229

7227

7239

7226

7315

7280

7281

7281 (2)

7316

7602

-2525452851.7 20.4

-2517230645.0 9.4

961258122.7 1.0

4849245364.5 56.3

-2554476718.4 20.7

1769693026.9 8.6

-2295347948.5 33.2

-2831686569.3 10.7

1838237927.0 9.4

-2847697927.8 110.4

-3642141724.0 84.3

-3425461836.1 23.6

-2419993440.6 31.4

-2419993430.5 20.0

-4489356440.9 112.5

2102904258.9 6.4

-4670035456.1 35.7

-4198595193.1 15.9

-5674090052.7 1.6

-360278262.1 11.0

-4608627158.2 36.9

-5044504449.5 16.1

-3638029444.5 192.5

4675733820.2 10.3

-5258699213.5 17.3

4659872728.8 98.4

2861496661.0 80.8

-1214669088.3 13.0

-1664228711.9 23.9

-1664228739.6 15.3

3482989686.2 124.5

721602460.9 4.7

4076531168.0 15.0

2740533713.1 1.3

4114884463.2 52.7

3582138372.2 28,1

-3468435099.5 9.2

4693408598.6 193.4

3275327741.5 18.8

-3100588884.7 8.7

3283958677.0 89.9

4370361667.1 61,1

5223858148.7 35.6

5643538152.9 72.6

5643538211.5 46.0

2887931195.2 71.8

5958201264.8 14.2

TRYSILNO 7607

TSUKITBA 7311

USUDA64 7246

VER._AL 7290VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

W_TBORSE 7284

WHTHORSE 7284 (2)

2988029330.9 5.2

-3957172776.7 49.3

-3855355250.8 33.1

-1631473261.9 12.6

-2341310054.0 10.4

-2678094783.4 2.7

1492206703.8 .O

4075540099.2 4.6

-2215213503.4 65.8

-2215213617.1 42.8

655957010.8 2.4

3310237978.4 43.9

3427427646.8 29.2

-4589128899.5 31.8

-3539083836.8 15.7

-4525450593.7 5.5

-4458130536.0 .0

931735160.1 2.6

-2209261519.2 61.1

-2209261520.6 40.3

5578669018.9 9.9

3737708910.0 51.0

3740971260.3 38.7

4106759786.9 27.7

4745768263.3 20.1

3597410216.9 4.8

4296015466.9 .0

4801629305.4 8.5

5540292313.9 146.7

5540292499.4 96.3

YAKATAGA 7277

YAKATAGA 7277 (Z)

YELLOWE_ 7285

YL(3'17296 7296

Y_ 7894

-2529744181.6 31.3

-2529744198.4 20.9

-1224124483.7 5.4

-1224399408.1 1.9

-2196777878.1 14.9

-1942091287.2 25.6

-1942091241.6 17.3

-2689530622.4 11.5

-2689273205.8 3.1

-4887337035.7 33.0

5505027886.1 65.4

5505027747.2 43.7

5633555225.5 23.9

5633620191.3 5.0

3448425134.1 23.2

Notes:

(i) Positions after the Ocbober 1989 Loma Prieta eacthquake extrapolated to the site reference

epoch.


reference epoch.


533

Table 5.17

VLBI Site posltAans at Jamuary 1.5, 1995

Ii

ALGOPAR.K

AUSTTNTX

BERMUDA

BLI_UTTE

B_t40

BREST

CAR.IqUSTY

CARROLGA

CHLBOLTN

DEA.DHANL

DSS15

DSS45

DSS65

EFLSBERG

ELY

FD-VLBA

FLAGSTAF

FORT ORD

FORTORDS

FORTORDS

FTD 7900

GILCREEK

GOLDVENU

GORF7102

GRASSE

HALEAKAL

HARTRAO

HATCREEK

HAYSTACK

HOBART26

[qk_mmmt

7282

7271

7294

7269

7291

7604

7603

7228

7215

7267

7231

1642

1665

7203

7286

7613

7261

7266

7241

7241 (1)

7900

7225

1513

7102

7605

7120

7232

7218

7205

7242

X

(am) (m)

918034839.5 1.4

-737793775.0 3.7

2307209523.5 8.3

-2306306922.9 28.0

302384472.7 21.7

4228877269.3 11.1

3526416527.6 15.4

453520648.3 9.2

4008310224.8 7.5

-2336819630.1 80.4

-2353538729.8 24.7

-4480935140.0 19.8

4849336837.9 20.6

4033947628.1 6.6

-2077236284.5 14.9

-1324009060.7 5.3

-1923992646.4 15.3

-2697026812.7 22.8

-2699840305.2 18.0

-2699840281.3 14.0

-1324227914.1 3.6

-2281547140.9 2.9

-2351129096.1 3.4

1130686594.2 7.1

4581697827.8 13.0

-5465998442.3 14.0

5085442947.2 15.7

-2523969908.1 2.7

1492404828.6 .8

-3950236453.7 21.2

T E_-or

(m) (m)

-4346132258.3 4.6

-5459892249.9 16.1

-4874215886.4 27.9

-4787914409.0 57.3

-4941699054.7 47.5

-333104271.5 2.5

-171421165.6 3.9

-5300506779.5 34.2

-100650842.5 3.7

-4732586953.1 154.1

-4641649505.1 51.5

2682765845.5 19.7

-360488893.6 4.5

486990422.0 3.3

-4486712692.9 32.6

-5332181919.3 11.5

-4850854502.8 36.4

-4354393041.8 35.7

-4359128815.0 29.1

-4359126792.2 22.7

-5332053040.6 12.7

-1453645022.8 4.3

-4655477051.4 6.8

-4831353017.4 25.4

556125660.3 3.7

-2404408055.3 9.8

2668263454.8 14.5

-4123506331.3 5.6

-4457266543.6 1.8

2522347683.2 21.3

Z En-oz

(mm) (,,,m)

4561971087.0 4.4

3202990390.2 9.5

3394317882.3 19.1

3515736308.9 40.7

4007908418.4 37.1

4747180942.3 12.0

5294093793.5 20.9

3507207369.7 20.6

4943794728.8 9.8

3570329878.0 108.8

3678669900.3 55.1

-3674381325.5 18.8

4116748750.9 22.5

4900430719,4 10.1

4018753642.0 27.1

3231962381.2 8.3

3658589196.2 28.5

3788077703.5 31.5

3781051051.8 24.8

3781051089.8 19.6

3232022958.8 7.7

5756993120.2 7.4

3660956790.5 6.1

3994110833.9 20.2

4389351387.7 13.5

2242228623.1 9.9

-2768697084.1 13.4

4147752476.6 5.5

4296881702.1 1.9

-4311562641.8 21.9

HOHENFRG

JPL MVI

KASHIM34

KASHIMA

KAUAI

KODIAK

k"HAJAL26

LA-VLBA

LEONRDOK

HAZ4_THL

MARCUS

MARPOINT

HATERA

MCD 7850

MEDICINA

METSHOVI

HILESMON

MIYAZAKI

HIZUSGSI

H0J 7288

HOJAVE12

M0N PEAK

NOBEY 6/'I

NOHE

NOTO

7600

7263

1857

1856

1311

7278

4968

7611

7292

7259

7310

7217

7243

7850

7230

7601

7036

7312

7314

7288

7222

7274

7244

727g

7547

3778215045.7 6.0

-2493306074.5 19.8

-3997649164.4 8.2

-3997892163.7 8.5

-5543845931,9 1,8

-3026940135.3 22.7

-6143536165.2 39.2

-1449752285.0 .7

-522231563.6 3.7

-2448246747.0 68.3

-5227446375.5 15.4

1106629393.2 3.8

4641939105.2 14.7

-1330008122.5 2.8

4661370205.6 7.6

2890652935.6 15.6

-1204438993.2 9.2

-3582767777.7 109.2

-3862411758.1 43.1

-2356494077.9 5.8

-2356170957.0 .8

-2386289503.8 9.6

-3871168127.3 9.8

-2658150395.1 20.9

4934563336.8 13.3

698644689.8 2.4

-4655197353.4 36.3

3276690818.1 5.4

3276581322.7 5.6-2054563661.5 7.0

-1575911755.8 14.4

1363997772.5 14.4

-4975298562.7 2.1

-5145678872.3 19.1

-4426738313.6 123.7

2551379687.7 9.0

-4882907209.2 11.8

1393002945.9 5.9

-5328391562.2 10.5

919596721.5 3.8

1310295267.9 7.1

-4239211095.6 30.1

4052034016.4 71.7

3105015108.6 17.4

-4546607661.9 11.6

-4646755865.2 4.0

-4802348330.8 20.0

3428274056.5 8.7

-693821679.0 9.3

1321201181.5 6.0

5074053552.4 8.1

3565519434.8 27.4

3724278828.8 17.0

3724118221.8 17.2

2387813988.9 7.8

5370362372.4 39.0

1034707594.5 20.6

3709123860.4 2.0

3720152271.8 12.7

3875435793.9 102.7

2607604905.1 14.2

3938086911.8 9.7

4133325518.2 16.0

3236502640.4 6.6

4449559140.5 11.0

5513958666.1 23.5

4596265981.3 30.1

3369020522.7 112.3

4001944842.4 23.9

3668426509.5 8.8

3668470492.3 3.3

3444884062.7 14.3

3723697601.7 13.1

5737236526.8 42.0

3806486378.9 14.5

$.34

(continued)

_..BI S_teposttio_s at 3mma---7 1.5, 1995

_m

NRAO 140

NRAO85 3

OCOTILLO

ONSALA60

OVR 7853

OVRO 130

PBLOSSOH

PENTICTN

PIETOWN

PINFLATS

Mo_alsmnt

7204

7214

7270

7213

7853

7207

7254

7283

7234

7256

X Error

(m) (=-)

882879976.0 1.7

882325666.2 1.5

-2335601259.9 18.0

3370606201.3 5.0

-2410421197.6 5.8

-2409600717.1 3.3

-2464070887.0 30.3

-2058840391.4 21.0

-1640953624.4 1.8

-2369636038.8 18.0

T Error

(m) (--,)

-4924482333.7 5.9

-4925137997.4 4.7

-4832243890.4 35.3

711917417.9 3.0

-4477800386.1 11.4

-4478349519.4 7.3

-4649425606.5 56.5

-3621286380.1 33.3

-5014816009.3 4.8

-4761324679.3 35.2

Z Error

(--,) (,--)

3944130611.9 4.9

3943397591.6 3.8

3434392680.1 25.8

5349830668.5 9.4

3838690204.4 9.6

3838603097.2 6.8

3593905577.2 42.4

4814420651.3 44.5

3575411833.3 3.8

3511116234.3 26.7

PLATTVIL

PRESIDIO

PRESIDIO

PT REYES

PVEPJ_ES

QUINCY

RICBMOND

ROBLED32

SANPAULA

SANTIAI2

SEATTLEI

SESHAN25

SEST

SHANGHAI

SINTOTU

SNDPOINT

SOURDOGH

SOURDOG5

TITIJIMA

TRGHSONO

7258

7252

7252 (1)

7251

7268

72217219

1561

7255

1404

7229

7227

7239

7226

7315

7280

7281

7281 (2)7316

7602

TRYSILNO 7607

TSUKUBA 7311

USUDA64 7246

VERNAL 7290

VICTORIA 7289

VNDNBERG 7223

WESTFORD 7209 ref

WETTZELL 7224

WHTBORSE 7284

WHTBORSE 7284 (2)

-1240708113.5 6.6

-2707704837.2 20.0

-2707704822.2 12.7

-2732333132.1 13.1

-2525452882.5 24.1

-2517230861.0 10.9

961258111.5 1.0

4849245355,4 58.7

-2554476746.3 24.2

1769693025.8 6.6

-2295347966.7 40.8

-2831686592.9 12.6

1838237927.1 9.4

-2847697951.3 110.7

-3642141740.0 84.3

-3425461856.0 28.2

-2419993462.1 35.4

-2419993452.0 23.9

-4489356426.8 112.5

2102904241.7 6.4

2988029314.8 5.2

-3957172790.2 56.5

-3855355271.5 33.1

-1631473278.1 14.9

-2341310072.4 10.4

-2678094812.4 3.1

1492206686.9 .0

4075540084.1 5.2

-2215213524.5 74.3

-2215213638.3 51.3

-4720454347.5 20.2

-4257609573.0 31.7

-4257609556.4 20.2

-4217634621.2 19.9

-4670035424.2 43.2

-4198595193.8 18.3-5674090053.6 1.6

-360278241.9 11.4-4608627125.9 43.2

-5044504454.9 16.1

-3638029445.3 248.1

4675733814.2 12.6

-5258699218.6 17.3

4659872722.8 98.9

2861496660.4 80.8

-1214669089.1 15.6

-1664228713.0 26.8

-1664228740.7 18.3

3482989703.2 124.5

721602473.9 4.7

655957026.4 2.4

3310237978.1 50.3

3427427638.0 29.2

-4589128900.3 37.5

-3539083837.6 15.7

-4525450560.1 6.3

-4458130537.4 .0

931735178.5 3.0

-2209261520.3 69.1

-2209261621.7 48.3

4094481564.8 17.1

3888374053.9 28.2

3888374024.4 18.4

3914491147.8 19.0

3522886857.2 32.6

4076531157.4 17.2

2740533715.2 1.4

4114884475.7 55.6

3562138392.4 32.8

-3468435091.2 9.2

4693408589.0 248.8

3275327729.6 21.2

-3100588876.1 8.7

3283958665.0 90.6

4370361654.1 61.1

5223858135.5 42.4

5643538143.3 81.7

5643538201.9 55.0

2887931196.6 71.8

5958201269.3 14.2

5578669025.7 9.9

3737708896.0 58.3

3740971247.1 38.7

4106759779.5 32.6

4745768253.5 20.1

3597410237.6 5.4

4296015471.3 .0

4801629314.6 9.4

5540292305.0 165.9

5540292490.5 115.6

YAKATAGA 7277


YLOW7296 7296YUHA 7894

-2529744202.6 35.6

-2529744219.5 25.1

-1224124505.3 5.4

-122439g429.7 1.9

-2196777891.8 17.1

-1942091288.2 29.1

-1942091242.7 20.7

-2689530623.7 11.5

-2889273207.0 3.1

-4887337036.3 37.7

5505027876.1 74.3

5505027737.1 52.5

5633555220.2 23.9

5633620186.0 5.0

3448425124.5 26.6

Notes:

(1) Positions after the October 1989 Loma Priers eerthqu_e extrapolated tot he site reference


reference epoch.ref Reference station which defines the coordinate system orisin.

535

6.0 Baseline Statistics Summaries firom GLB868

Table 6.1 presents information about the mean lengths of the baselines. 'num obs' is the number of observing

sessions. The span in decimal years extends from the earliest to the most recent session included in this report.

The mean value is the weighted mean and the formal error of the mean is its one-sigma standard statistical error.

The weighted rms and the reduced X 2 of the fit to the mean are given in the last two columns.

Table 6.2 presents information about the rates of change (slope) of baseline length for those baselines in Table

6.1 for which there were at least five observations spanning at least two years. The rate of change was computed

from a weighted linear fit to the individual session values and the formal errors are 1-a standard statistical errorsscaled by the reduced X 2 of the linear fit. The weighted rms and reduced X 2 of the fit to the line are given in

columns four and five. The 'epoch value' is the estimated baseline length for January 1, 1988 from the linear

fit. The correlation given is the correlation of the error of the slope to the error of the epoch value.

Tables 6.3 and 6.4 contain the statistics of the transverse and vertical baseline components. Neither table gives

mean values, epoch values, or correlations since the transverse and vertical values have arbitrary zero points.

The other columns are calculated and weighted as in Tables 6.1 and 6.2.

6.1

Table6.1

BaselineName

ALGOPARK-GILCREEK

ALGOPARK-HRAS 085

ALGOPARK-KAUAI

ALGOPARK-KODIAK

ALGOPARK-MATERA

AIEOPARK-MOJAVEI 2

ALGOPARK-NRAO 85 3

ALGOPARK-PENTI CTN

ALGOPARK-RICHMOND

ALGOPARK-SNDPOINT

ALGOPARK-VI CTORIA

ALGOPARK-WES TFORD

ALGOPARK-WETTZELL

ALGOPARK-YELLOWKN

ALGOPARK-YIX)W7296

AUSTINTX-HRAS 085

AUSTINTX-RICHMOND

AUSTINTX-WESTFORD

BERMUDA -MARPOINT

BERMUDA -RICHMOND

BERMUDA -WESTFORD

BLKBUTTE-ELY

BIF,3UTTE-HATCREEK

BLKBUTTE-HRS 085

BLKBUTTE-MOJAVEI2

BLKBUTTE-MON PEAK

BLKBUTTE-OCOTILLO

BIXBUTTE-OVRO 130

BLKBUTTE-PRESIDIO

BIXBUTTE-PT REYES

BIX_UTTE-VNDNBERG

BLOOMIND-HRAS 085

BLOOMIND-WESTFORD

BREST -MOJAVEI2

BREST -NOTO

BREST -ONSALA60

BREST -RICHMOND

BREST -WESTFORD

BREST -WETTZELL

CARNUSTY-MOJAVEI2

Lensth Statistical Sn...-ry--Mean

Num SpanObs yr to yr

i27 _ 84.7-91.6

5 i 84.7-85.77 i 90.5-91.6

3 i 90.5-90.5

3i 91.4-91.6

29 _ 85.6-91.6

7 i 90.5-91.6

6 i 84.7-90.6

15 i 90.5-91.63 ! 90.5-90.5

3 i 90.6-90.629 i 84.7-91.612 i 90.5-91.6

2! 84.7-85.7

2 i 91.5-91.6..=

I i 87.5-87.5

I i 87.5-87.5i ._ 87.5-87.5

3 i 87.6-87.6

4 i 87.6-87.6

4! 87.6-87.6

2 i 88.8-88.85 i 87.1-88.851 83.9-88.8

12 i 83.9-88.8

4 i 83.9-86.8

2 i 84.2-85.03 i 86.4-87.8

2 _ 87.4-87.8

i i 87.1-87.1

12 i 83.9-88.8

1 i 87.6-87.6i i 87.6-87.6

2 i 89.7-89.7

4 i 89.7-89.7

i i 89.7-89.7

I i 89.7-89.7

2 i 89.7-89.7

4 i 89.7-89.7

I ! 89.6-89.6

4475699384.8 !

2787141066.9 i

7192645468.3 i

4887785383.8 i6854842896.8 !

3407219023.3 i

848030629.9 i

3074234617.8 i2254545238.7 i

5395379483.7

2.2

5.1

7.4

5.2

5.2

1.7

1.7

12.0

2.2

3.5

3362802084.1 i 2.0 i642611324.6 _ .8

6154929667.8 i 4.0 i

2912296027.7 i 15.8 i2912668596.2 ! 3.7 !

600902670.9 i1773844464.6 E

2677897008.1 i

1318010982.1 i

1696707887.7 i

1284684864.1 i

629461896.9 i942475305.9

1158018147.0 1

213868853.3i

107821848.4 i

97160209.4 i459067517.6

762366281.1

815918040.6 !

462367691.2 !

1843913181.4 i

1316252671.5 i

7945694721.9 i

2029687003.9 !

1480502018.6 i

6574959713.7 i4970790341.8 i

1275263010.5 i

2.9 i5.9 i6.6"

12.68.3!

3.21.8

7.5

4.4

2.2

2.5

9.9

6.9

7.1

9.2

8.9

12.4

12 5

15.9

ii.0

5.8

17.5

I0.8

5.9

k'RMS Chi(_mm_) sqr ,

ii.i i 2.9

lO.Ii 2.318.2 i 1.5

7.3 i .37.4 I .4

i

8.912.84.2_ .8

26.9 _ 3.78.4E2.9

5.0! .I

2.9

4.1

13.3

15.8

3.7

17.8

14.3

i 5.5i 1.8i 15.0=

i 8.8i 7.4

4.4

9.9

9.8

7.1

i 29.7

ii 15.9

i 19.o

i

i .1j 2.3

i 2.7

i 4.8

! 14.=

i}ii 8.8i 3.7

i .7{ .2j 4.7i 3.6

! 2.2i

i .9j 1.2

i 6.3

i 1.4

41.4

i 1.2

! 11.1

ii lO.8i 1.6i lo. i 61i J7568098953.2 ! 19.5

62


BaselineName

CARNUSTY-RICHMOND

CARNUSTY-WESTFORD

CARNUSTY-WETTZELL

CARROLGA-HRAS 085

CARROLGA-RICHMOND

CARROLGA-WESTFORD

CHLBOLTN-HAYSTACK

CHLBOLTN-HRAS 085

CHLBOLTN-ONSALA60

CHLBOLTN-OVRO 130

DEADMANL-JPLMVI

DEADMANL-MOJAVEI2

DEADMANL-SANPAULA

DEADMANL-VNDNBERG

DSSI5 -GILCREEK

DSSI5 -GOLDVENU

DSSI5 -HAYSTACK

DSSI5 -MOJAVEI2

DSSI5 -MOJ 7288

DSSI5 -OVRO 130

DSSI5 -OVR 7853

DSSI5 -YAKATAGA

DSS45 -GILCREEK

DSS45 -HARTRAO

DSS45 -HOBART26

DSS45 -KASHIM34

DSS45 -KASHIMA

DSS45 -KAUAI

DSS45 -KWAJAL26

DSS45 -MEDICINA

DSS45 -MOJAVEI2

DSS45 -SANTIAI2

DSS45 -SESHAN25

DSS45 -WETTZELL

DSS65 -EFLSBERG

DSS65 -HRAS 085

DSS65 -MATERA

DSS65 -MEDICINA

DSS65 -MOJAVEI2

DSS65 -NOTO

Length Statistical Summary--Mean


11 89.6-89.61 i 89.6-89.6

4 i 89.6-89.6

1 i 87.5-87.5

1 i 87.5-87.5

1 _ 87.5-87.5

7 i 80.8-80.8

7!80.8-80.87 -_ 80.8-80.8

6 i 80.8-80.8

1! 88.1-88.15 i 84.2-88.14 i 84.2-87.9

5 ! 84.2-88.1

2 _ 88.9-89.6

i i 87.8-87.8

2 i 88.9-89.6

1 i 87.8-87.8

1 _ 87.8-87.8

2 i 87.8-88.9

1 ! 87.8-87.81 i 89.6-89.6

13 i 88.5-91.74 ._91.3-91.9

8 i 89.9-91.9

5 i 90.2-91.7

11 i 88.5-91.4

15 _ 88.4-91.7

3 i 88.5-88.61 ! 91.8-91.8

ili 88.4-88.41 ! 91.9-91.9

16 i 88.5-91.82 ::91.3-91.5

i i 91.9-91.9

I { 88.8-88.8

6 i 90.4-91.9I0 .="88.7-91.9

i i 88.8-88.8

5 i 89.4-91.7

Mean

6586356791.3 i

4848716956.3 11327033090.1 E1799165584.8 !

992547370.2 !

18.3 i

12.9 i4.8

12.2

7.7

1552637958.3 _ 10.8

5072314455.1 ! 6.67663737365.6 i 16.8

1109864324.4 _ 1.7

7846991266.3 ) 12.1

174643147.1 i

131806789.1

250758812.0 i

400134210.7 i

3807400687.4 i

21069152.1 i

3899992513.1 i10011685.4 i

10063344.4 1

236711198.7 i

237345165.1 i

3265203801.2 i

10526654518.9 i

9589254759.9

832194192.6

7436905042.3 i7436721428.8

7769504661.6 i

5171635852.0 i

12194863983.9 i

10586283480.9

9928436326.5 i

7411128886.0 i12156491099.1 E

1414346812.3 i

7975454833.5

1765812136.3 i

1378852891.2 i8395867416.4 i

1711832914.4 i

6.6

6.4i17.917.1

.°i3.1 i

i

3.8 i3.1i3.6 =:

.4 i

3o i9.3..:

18.0 i

35.6

1.6i

19.8 i

13.7

15.8 i29.7 "

46.3 i

31.3 i

32.4 i

16.2 i22.4 i

1.2 i

lO.4i3.2 i1.o i

11.8 i

3.2!

WRMS Chi

(mm_) sqr

i

i

z i.-_ ...

i 16.1! 2.5i 41.2 i 1.9

i 4.1i .5i 27.1 i 1.5

12.9i 3.931.0 i 20.1

34.2 i16.1.oi .o

!: --

3.8 i 1.8

!J

.4 i .i

i--62.4 _ 14.9

61.7i 7.94.1i 1.6

39.5i20.743.4i19.159.1 i 27.7

42.0 i 5.8

i--i--

62.6 i 27.822.4 i 2.0

!--i

7.2 i 16.3

2.9 i 2.4i--

6.3 ! 13.1

63


BaselineName

DSS65 -ONSALA60

DSS65 -RICHMOND

DSS65 -WESTFORD

DSS65 -WETTZELL

EFLSBERG-HAYSTACK

EFLSBERG-HRAS 085

EFLSBERG-MATERA

EFLSBERG-MEDICINA

EFLSBERG-NRAO 140

EFLSBERG-ONSALA60

EFLSBERG-OVRO 130

EFLSBERG-ROBLED32

EFLSBERG-WESTFORD

EFLS BERG-WETTZELL

ELY -HATCREEK

ELY -HRAS 085

ELY -MOJAVEI2

ELY -OVRO 130

ELY -PLATTVlL

ELY -VNDNBERG

ELY -WESTFORD

ELY -YUMA

FD-VLBA -HRAS 085

FLAGSTAF-HATCREEK

FLAGSTAF-HRAS 085

FLAGSTAF-MOJAVEI2

FLAGSTAF-PLATTVIL

FLAGSTAF-VERNAL

FLAGSTAF-WESTFORD

FORTORDS-GILCREEK

FORTORDS-HATCREEK

FORTORDS-HAYSTACK

FORTORDS-MOJAVEI2

FORTORDS-OVRO 130

FORTORDS-PRESIDIO

FORTORDS-PT REYES

FORTORDS-QUINCYFORTORDS-VNDNBERG

FORTORDS-WESTFORD

FORTORDS-YLOW7296

Lensth Statistical S---.-ry--Mean

Num Span Mean

Obs y'r to yr (ram)

I0

3

5

12

7

6

i

1

i

6

|

88.8-91.7

i 88.7-89.0i 88.7-89.4

i 88.7-91.9

i 79.9-83.3

i 80.6-83.3

i 91.9-91.9

i 91.9-91.9

i 79.9-79.9

_ 80.6-83.3|

6 i 79.9-80.7i i 83.3-83.3

1 i 83.3-83.3

1 i 91.9-91.9

9 i 85.3-89.3

I0

12

1

3

5

4

3

4

8

6

8

4

2

2

17

16

1

19

2

3

5

2

17

II

2

i 84.3-89.3

i 84.3-90.8i 86.3-86.3

i 84.3-86.3

i 87.4-88.8ii 89.3-90.8

i87.4-88.3i 91.3-91.4

i 84.3-90.9

i 84.3-88.8

i 84.3-90.9i 84.3-88.8

i87.3-88.3i 90.8-90.9

! 88.9-91.6

.ii 88.9-90.1

i89.8-89.8i 88.9-91.6" 88.9-88.9

89.8-89.9

i88.9-89.9j 89.8-89.8

i 88.9-90.189.8-91.6

! 91.6-91.6

Error WRMS Chi(ram) (ram) sqr

2205023112.7 i

6726067095.4 i

5300362828.3 i

1655418186.2 1

5591903564.9 i

8084184858.91333777570.1

757049171.3 1

6334648486.2 i

832210507.3 i

i

8203742515.4 i1414092460.0 i

5592851128.8 i

457481745.6 i

590025840.7 i

1378547100.0

475517246.4 i

378140556.3 i

871865382.7 i

734889064.9 i

3580309242.8 i

707152512.7 i

300457.1

1062209390.4 1

879283108.1|

478050187.9 i820904443.8 i

595755609.5 i

3497279282.5 i

3538522575.4 iE

470018628.3 l4225000773.9 i

462074982.6

319006649.1 i

147938851.9 i

197185365.9 i

382655480.0 1

248717546.1 i4224718650.1

2.5 i 7.6

7.7_ 10.8

5.6 i 11.31.2 _ 4.1

13.5 i 33.0

16.31.2i 36.4

1.2i326 i2.5_ 5.5

9.1 I 20.38.3_

14.7 i i.7 ---!2.9 i 8.3 i

2.7 i 8.2E

4.4 i 14.5i4.8 i--

3.0 I 4.3 13.o! 6.o!

6.9i 12.0i5.7 i 8.1 i

• 2 i .3 i7.0i 18.6_

2.5i 5.613.3 i 8.8 i

4.4 i 7.7 i.1i .li

9.6i 9.6

10.6 i 42.3|

8.4 I 32.614.3_

7.3 i 30.96.7i 6.7

4.5! 6.4i

10.5 i 21.0

.8 i .8

5.9 i 23.6

6.0 i 19.0

2897818094.4 i 1.4 i 1.4

i 12.1i 1.7.-' 6.0

! 5.2

i 5.3

i 1.7

!--i--i 1.9.i

i I.ii

3.1

1.7

7.5

.4

1.5

.9

I.I

.5

8.5

i.I

4.3

1.7

.0

i I.i

i 14.7

i 34.3

i 59.8

i 3.7

i 1.1

i 12.4

i .0! 20.3

i 2.9

i .1

6.4


BaselineName

FORT ORD-GILCREEK

FORT ORD-HATCREEK

FORT ORD-HRAS 085

FORT ORD-JPLMVI

FORT ORD-MOJAVEI2

FORT ORD-MON PEAK

FORT ORD-OVRO 130

FORT ORD-PRESIDIO

FORT ORD-PT REYES

FORT ORD-VNDNBERG

FTD 7900-HRAS 085

FTD 7900-MOJAVEI2

FTD 7900-PIETOWN

FTD 7900-WESTFORD

GILCREEK-GOLDVENU

GILCREEK-HALEAKAL

GILCREEK-HARTRAO

GILCREEK-HATCREEK

GILCREEK-HAYSTACK

GILCREEK-HOBART26

GILCREEK-HRS 085

GILCREEK-KASHIM34

GILCREEK-KASHIMA

GILCREEK-KAUAI

GILCREEK-KODIAK

GILCREEK-KWAJAL26

GILCREEK-LA-VLBA

GILCREEK-MARCUS

GILCREEK-MARPOINT

GILCREEK-MATERA

GILCREEK-MEDICINA

GILCREEK-MIZUSGSI

GILCREEK-MOJAVEI2

GILCREEK-NOBEY 6M

GILCREEK-NOME

GILCREEK-NOTO

GILCREEK-NRAO85 3

GILCREEK-NRAO 140

GILCREEK-ONSALA60

GILCREEK-OVRO 130

LensthStatlstlcal Summary--Mean


i4 ! 88.1-88.110 _ 84.2-88.14 i 85.2-87.8

li 87.8-87.811 i 83.7-88.1

I i 87.1-87.1

5 _ 83.7-87.84 _ 83.7-88.1

3 i 87.4-88.1

Ii ! 83.7-88.1

1 ! 88.8-88.8i i 88.8-88.8i i 88.8-88.8

1i88.8-88.84 i 88.5-91.6

3 i 88.5-88.54 _ 90.4-92.0

65 i 85.4-90.8

23 i 84.7-91.6

29 ! 89.7-92.0

55 ! 84.7-89.5

22 i 90.2-92.0

117 i 84.6-91.9

236 i 84.5-92.0

15 ! 84.6-90.5

19 i 84.5-88.6

Ii ! 91.4-91.9

I i 90.5-90.5

24 i 88.1-89.6

15 i 90.8-91.9

3 i 89.0-91.2

1 i 91.9-91.9266 i 84.5-91.9

7 i 89.9-91.5

10 i 84.5-90.5

4 i 89.5-91.2

135 i 89.1-92.0

i i 90.7-90.7

12 i 85.5-91.6

12 i 85.4-88.9

3530381367.8

461111247.9 i

1774675670.7 i

426048767.7 i

464719642.7 i

644206241.4

317067312.1 i139787391.8 i189551471.7 |

256852439.2 i

104737.7 E

1313407340.7 i

564691753.1 i

3134986758.2 i

3827523756.8 ii

4837174041.5 i

11997919286.9 i

3126752884.0 i

5039482222.0 i

10953029792.0 i}

4725812330.6 !

5427062797.4 {

5427104371.0 !

4728114489.6 1

848553593.8 !i

6719676591.7 i

4157847383.3

5885337020.2 i

5152475049.1 i

7659919128.7 ii

7266952150.5 i

5134268165.5 i

3816209139.5 i

5522166178.7 i

848263842.3i

7973487676.5

5034926346.3 i

5034558667.3 i

6066488175.3 i

3584055705.1 i

Error

5.5

14.1

22.2

5.7

13.5

6.9

9.1

9.9

2.6

1.8

3.5

3.8

3.4

6.3

9.3

4.5

63.2

2.0

I.I

7.2

1.6

1.9

i.I

5.1

1.9

9.2

1.6

i0.I

4.8

5.6

3.7

16.4

.9

14.8

2.2

9.1

1.0

6.1

9.0

5.6

WRMS

i 9.6

! 42.4

i 38.5

i 42.8

! 18.2

17.1

i 3.7

i 5.7

i 16.1

i 6.3

i 109.4

i 16.1

i 5.137.9

i 11.9i 8.8i 12.1

i 78.5

i 7.1

! 39.1

i 5.1

22.9

i 20.9

i 15.436.2

i 6.6

i 15.8

i 12.1

i 29.9

i 18.7

Cht

sqr

i .742.8

26.8

! 01.9

E

i 15.4

i 10.6

i .4i .9

i

i 26.3

i .3i 11.4

i 6.3i 3.9

i 2.7

i 2.5

i 1.7.-" 2.3

47.4

! 1.5

i 6.3! 4.3

i 2.0

i 1.8

E 1.oi--i 15.4

i 4.0

i 15

i 1.1

i 2.4

14.9

8.6

6.5


BaselineName

GILCREEK-PENTICTN

GILCREEK-PIETOWN

GILCREEK-PINFI_TS

GILCREEK-PLATTVIL

GILCREEK-PRESIDIO

GILCREEK-PT REYES

GILCREEK-PVERDES

GILCREEK-QUINCY

GILCREEK-RICHMOND

GILCREEK-SANPAULA

GILCREEK-SANTIAI2

GILCREEK-SEATTLEI

GILCREEK-SESHAN25

GILCREEK-SEST

GILCREEK-SHANGHAI

GILCREEK-SNDPOINT

GILCREEK-SOURDOGH

GILCREEK-TRYSILNO

GILCREEK-VICTORIA

GILCREEK-VNDNBERG

GILCREEK-WESTFORD

GILCREEK-WETTZELL

GILCREEK-WHTHORSE

GILCREEK-YAKATAGA

GILCREEK-YELIDWKN

GILCREEK-YLOW7296

GOLDVENU-HAYSTACK

GOLDVENU-HRAS 085

GOLDVENU-KASHIM34

GOLDVENU-KASHIMA

GOLDVENU-MEDICINA

GOLDVENU-MOJAVEI2

GOLDVENU-MOJ 7288

GOLDVENU-NRAO 140

GOLDVENU-ONSALA60

GOLDVENU-OVRO 130

GOLDVENU-OVR 7853

GOLDVENU-PRESIDIO

GOLDVENU-PT REYES

GOLDVENU-QUINCY

LenRth Statistical

NumObs

5

31

2

i0

i0

12

2

4

139

2

2

2

17

2

1

Span

yr toyr

i 84.7-90.6

! 89.6-91.9

i 90.1-90.1

i 85.4-90.8

i 88.1-91.5

i 88.1-91.590.1-90. i

! 89.8-90.8_ 87.3-92.0

90.1-90.1

i 92.0-92.0

i 90.6-90.6i 88.3-92.0

i 90.4-90.4

_ 86.5-86.5..=

13 i 84.5-90.5

16 i 84.6-89.6

6 i 91.9-92.03 i 90.6-90.6

80 ! 84.5-91.6

Summary- -Mean

Mean Error

|

2374175691.8 i

4225114870.7 i

3999058542.4 i

3810424345.93396404627.2 i

3352262183.9 i

3923759642.6 i

3227111790.9 i

6117758540.6

3841665986.3 i

166 i34 j

16 j2i

8j4i311!1!

2i5ilj

61

6i11li1i

84.7-92.0

84.7-92.0

84.6-89.6

84.6-90.4

84.7-85.7

91.5-91.6

81.9-91.6

81.9-82.8

90.6-90.6

91.6-91.6

90.6-91.2

83.7-88.5

87.8-87.8

81.9-81.9

81.9-91.6

81.9-87.8

87.8-87.8

83.7-83.7

83.7-83.7

82.8-82.8

10696510852.4 i

2429596208.4

6635555859.9!10483693330.5 i

6619027546.9 i

1284477830.8 i276378188.9 E

5678966091.7 i

2318448277.1 i

3775849548.0 i

5040099886.6 i

6856771546.5

788869898.8

603048938.6

1631193657.2 i

1630815496.4 }

3900825674.7 i

1302373949.6 }

8101501399.0 !

8101442306.4 ii

8838183439.1 i

12567224.4 i

12776767.9 !

3257509151.8 i

8024928169.7

257587460.7 i258212541.4 i

580657651.9 i633483755.5 E

639556785.2 i

8.6

1.0

9.6

4.8

13.7

12.8

7.5

6.0

1.2

7.1

3.3

14.3

6.3

20.4

69.4

3.6

1.3

5.6

3.8

7.9

.6

2.2

4.1

9.8

6.0

1.6

I0.0

3.6

7.1

10.5

19.7

1.4

2.2

7.0

14.9

3.6

2.6

15.5

14.2

5.5

WRMS Chi

_m=) sqr

i 17.2 i 3.1

i 5.5i 7.7! 9.6i 1.4i 14.5! 2.5

41.2 i15.9

i 42.4 i 16.4

i 7.5{ .9

i lO.4i 1.oi 14.6 _ 1.6i 7-1 i .6t .-

i 3.3 _ .0

i 14.3 I 3.6i 25.2 i 64.-: 20.4 .7

5 12.4i 3.2i 5.0 i 1.9i 12.4i 1.7i 5.4i .3i 70.0 i97.9

i 8.2 i 4.3

i 12.8 i 6.0i 11.7 { 7.2

38.1 i64.5! 6.01 1.7i 4.3 I 1.5

E 17.3 i21.5i 5.1 9i---i "-i j_.. £.i 19.7 i14.5i 2.9i 3.9

i i--! 33.4 i13.3

! ii

6,6


BaselineName

GOLDVENU-VNDNBERG

GOLDVENU-WESTFORD

GORF7102-HRAS 085

GORF7 I02-MARPOINT

GORF7 I02-MOJAVEI 2

GORF7102-NRAO85 3

GORF7102-RICHMOND

GORF7102-SANTIAI2

GORF7102-WESTFORD

GORF7102-WETTZELL

GRASSE -MOJAVEI2

GRASSE -NOTO

GRASSE -RICHMOND

GRASSE -WESTFORD

GKASSE -WETTZELL

HALEAKAL-KAUAI

HA_-MOJAVEI2

HARTRAO -HOBART26

HARTRAO -HRAS 085

HARTRAO -KASHIM34

HARTRAO -KASHIMA

HARTRAO -KAUAI

HARTRAO -MATERA

HARTRAO -MEDICINA

HARTRAO -MOJAVEI2

HARTRAO -NOTO

HARTRAO -NRAO85 3

HARTRAO -ONSALA60

HARTRAO -RI CHMOND

HARTRAO -SANTIAI2

HARTRAO -SESHAN25

HARTRAO -SEST

HARTRAO -WESTFORD

HARTRAO -WETTZELL

HATCREEK-HAYSTACK

HATCREEK-HRAS 085

HATCREEK-JPLMVI

HATCREEK-KASHIM34

HATCREEK-KASHIMA

HATCREEK-KAUAI


Num SpanObs ?r to yr

4

6

i

7

I

1

2

I

I

4

3

3

27

6

6

2

4

I

5

23

4

I

7

4O

4

7

2

5O

46

2

62

2

i

16

17

i

i 83.7-83.7i 81.9-88.5

89.4-89.4

89.4-89.4

89.8-91.9i! 89.4-91.7

i 89.4-91.7i 91.9-91.9

89.4-91.9

i 91.9-91.9

i 89.7-89.7

! 89.7-89.7

! 89.7-89.7

!89.7-89.7

i 89.7-89.7

i 8s.5-88.5i 88.5-88.5

i 90.0-92.0

_ 87.1-89.2

i 90.4-92.0..=i 90.3-90.4

90.4-92.0

!91.9-91.9E 88.0-91.8

i 90.0-91.9

i 91.4-91.7

i 91.9-91.9

_ 86.0-90.4

!86.0-91.9

!91.9-92.0

_ 90.3-92.0

90.4-90.4

i 86.0-92.0

i 86.0-92.0

! 84.3-89.8

i 83.4-89.4

!83.5-87.8

i 90.8-90.8

i 84.2--90.i

i 85.4-90.8

Mean

_nnn)i

357563250.0 i

3900445508.6 i

2618744927.6 i

79845260.0 i

3506892293.8

270278772.3

1519989265.2 i

7492886974.3 i

600947760.9 i

6522072797.8 !

Error

9.7

7.9

6.5

3.5

5.9

2.2

3.9

31.6

2.8

24.5

8701934679.4 i 21.6

1024494289.7 i 3.1

7392007137.8 ! 20.6

5890367638.7 _ 12.8

753160844.7 i 1.2

386841606.8 i

4090637546.4 {

9167618336.8 i

11878469246.7 i

11181747743.4 !

.8

11.3

12.7

12.9

40.2

11181845933.5 i 34.4

12723069055.9 i 59.5

7032844472.9 i 16.6

7453222512.4 ! 10.7

12260679045.2 i 8.9

6713445720.8 _ 9.8

10971697931.3 i 28.4

8525165639.7 i 21.1

10814591304.2 _ 6.6

8424406078.9 i 20.5

10160763445.7 i

8572702570.3

10658658463.9 i

7832322554.9

4032976733.3 !

1933473664.9 {

789070011.5 i7557379013.8

7557328242.9

4061718602.1 i

19.3

20.1

6.5

3.3

21.9

2.2

41.4

25.8

6.4

2.7

i 13.8

i 3.5i 11.7ii 3.8i 8.8

i

i 6.9

i 3.1

i2.1

ii 1.2{ 15.9

i 64.6

! 28.8

i 90.0i

i 34.4

i 103.0

i 21.4

41.9

i 16.9

i! 51.8

i 41.i

i 35.5i

i 47.3

i 20.1

45.4

i 21.9

i 21.9ii 16.9i 41.4

!i 24.7i 11.o

Chl

sqr

j--i 4.4i

! .9i 3.5!

i 2.3i 3.0

! 3.1i

i 1.1

! .5

i .1i 2.8i 3.2i .7i 9.2=-i 1.7! 7.3

i 1.5

i 2.2

i 1.6

" 4.2

i 2.2i 1.9i

! 2.4i .5i 3.0! 1.8i 15.4

i 7.6

- 82.5

i 4.7i 2.8

6.7


BaselineName

HATCREEK-KODIAK

HATCREEK-MAMMOTHL

HATCREEK-MOJAVE 12

HATCREEK-MON PEAK

HATCREEK-OVRO 130

HATCREEK-PINFLATS

HATCREEK-PLATTVIL

HATCREEK-PRES IDIO

HATCREEK-PT REYES

HATCREEK-PVERDES

HATCREEK-QUINCY

HATCREEK-SANPAULA

HATCREEK-SNDPO INT

HATCKEEK-VERNAL

HATCREEK-VNDNBERG

HATCREEK-WESTFORD

HATCREEK-YAKATAGA

HATCREEK-YUMA

HAYSTACK-HRAS 085

HAYSTACK-KASHIM34

HAYSTACK-KASHIMA

HAYSTACK-KODIAK

HAYSTACK-MARPOINT

HAYSTACK-MEDICINA

HAYSTACK-MOJAVEI2

HAYSTACK-NRAO 140

HAYSTACK-ONSALA60

HAYSTACK-OVRO 130

HAYSTACK-PIETOWN

HAYSTACK-PLATTVIL

HAYSTACK-PRESIDIO

HAYSTACK-ROBLED32

HAYSTACK-VNDNBERG

HAYSTACK-WESTFORD

HAYSTACK-WETTZELL

HAYSTACK-YAKATAGA

HOBART26-KASHIM34

HOBART26-KASHIMA

HOBART26-KAUAI

HOBART26-MOJAVEI2


Sum SpanObs yr to yr

2

1

139

24

38

2

22

14

i 87.5-87.5

Z 83.5-83.5E 83.5-90.9

! 83.5-90.9

i 83.4-88.9|

i 90.1-90.1i 83.4-90.8

i 85.8-90.1

Mean

2870190267.1

414535909.7 i729148668.8

986815224.2 i

484321527.3 i

Error

(==)

2.1 19.3-

.6j11.4i1.3i

914296125.7 i 10.7 i

1416314069.5 i 3.3 i

344991837.4 i 6.9 i

2.1 ii--

6.8

54.4

8.1

Cht

sqr

16 i 84.2-90.0

4 _ 89.1-90.1i

17 i 83.5-90.84 i 89.1-90.1

1 _ 87.6-87.6

8 i 86.2-90.892 _ 84.2-90.1

i32 i 83.4-90.9

3 i 87.6-87.612 i 85.2-88.836 i 80.3-89.5

1 i 90.6-90.6..=

3 i 84.7-91.61 i 89.5-89.52 E 82.5-82.5

2 i 90.6-91.2

24 i 84.3-89.8

5! 79.6-81.9

42 i 80.6-91.629 i 79.6-88.9

13 i 89.6-89.8

i i 84.3-84.3

1 i 89.8-89.8

1i83.3-83.31 i 89.8-89.8

26 i81.4-89.86 _ 84.7-86.7

1 _ 89.6-89.618 i 90.2-92.0

9 i 89.7-90.5

14 i 89.7-92.0

20 ! 90.0-91.9

326628736.9

830152832.5

103712239.1

745783175.4

3229864839.0

1007489466.5

698706376.8

i 7.3

i 9.1

i 1.8i 7.9

i 492.1

i 6.7

4.9

4032819087.3 i

2569202494.1 i

1086071223.4 i

3135641002.3 i

9501718942.1 i

9501779968.5

5466172815.5

677293408.1

6143998963.4

3904144266.1

845129853.6

5599714533.7

3928881634.9

3263328881.6

2753205378.2

4224649418.2

5299699239.4

4229299763.8

1239395.6

5997390716.1

4895243303.3

8071309323.5

8071140639.7

8268576624.9

10845184290.9

3.0

6.6

4.5

2.3

7.6

.I

i 2.7

i 67.6

i 3.0.=

lO.7i 9.015.2 i 7.425.0 i 20.6

i 28.4

i 15.8.=

! 7.2

i 13.8ii 17.8

i 46.8

16.5

i 9.4

i 14.9" 13.6

iii 43.9

i 19.5ii 1.7_" 15.81E .9!

i 1.6ji10.9 1

i 26ii 1.oiin.zl

1.7

15.8

4.4

3.3

69.9

13.7

3.6

1.6

16.2

27.4

12.6

33.4

38.3

i 23.0

9.3

i 2.2

i 8.2.=

i 13.1

i 09.3

i 5.1i 1.0

i 5.8i 1.8

.=

20.6

1 .3i 21.9! 3.3

i 1.4i 59.1

i 2.9

i 6.4

!1|

!3 1.3i 4.4

i:

i 2.9

i 1.3i 5.2

! 2.0

i15.9!|26.0 ii 115ii .3ii 7.2i.= i.i 14"i i

i 6.6ii 4-4ii 9.3 i

i

6.8


BaselineName

HOBART26-NOBEY 6M

HOBART26-ONSALA60

HOBART26-SANTIAI2

HOBART26-S ESHAN25

HOBART26-SEST

HOBART26-WESTFORD

HOBART26-WETTZELL

HOHENFRG-MOJAVEI 2

HOHENFRG-NOTO

HOHENFRG-RICHMOND

HOHENFRG-WES TFORD

HOHENFRG-WETTZELL

HRAS 085-JPL MVI

HRAS 085-KASHIMA

HRAS 085-KODIAK

HRAS 085-LEONRDOK

HRAS 085-MAMMOTHL

HRAS 085-MARPOINT

HRAS 085-MCD 7850

HRAS 085-MEDICINA

HRAS 085-MILESMON

HRAS 085-MOJAVEI2

HRAS 085-MON PEAK

HRAS 085-NRA085 3

HRAS 085-NRAO 140

HRAS 085-ONSALA60

HRAS 085-OVRO 130

HRAS 085-PENTICTN

HRAS 085-PIETOWN

HRAS 085-PINFLATS

HRAS 085-PLATTVIL

HRAS 085-PRESIDIO

HRAS 085-PT REYES

HRAS 085-QUINCYHRAS 085-RICHMOND

HRAS 085-ROBLED32

HRAS 085-VERNAL

HRAS 085-VNDNBERG

HRAS 085-WESTFORD

HRAS 085-WETTZELL

Lensth Statistical Summary--Mean

Num Span MeanObs

1

1

1

3

1

12

1

134

33

1

6

107

73

3

3

5

20

4

2

14

350

1

6

44

597

415

yr to yr

4 i 90.2-91.5

2 i 90.4-90.44 " 91.9-92.0

9 i 90.0-92.0

2 i 90.4-90.4

4 i 90.4-92.0

4 ! 91.3-92.0

2 i 89.5-89.55 i 89.5-89.5

2 i 89.5-89.5

2 i 89.5-89.5

5 i 89.5-89.5

3 " 82.8-87.8

27 i 87.3-89.5

i 89.5-89.5

i 87.6-87.6i 83.5-83.5i 82.8-89.4i 88.8-88.8! 87.3-89.1

i 88.3-88.3i 83.5-90.8

i 82.8-89.4

i 89.4-89.4

i 80.3-88.8

i 80.6-89.4

i8o.3-88.8i 84.7-85.7i 88.7-88.8

i85.8-87.0

i83.4-s9.3i 85.2-87.1i 85.2-85.8! 82.8-89.3

i 84.0-90.8

i 83.3-83.3i 86.2-89.3

i 83.9-89.4

!81.4-90.8

! 83.9-90.8

8086554654.4

12256219617.6

9522904373.8

7965496521.9

9773309655.6

12346564984.5

12247179559.3

8257097585.3

1825225882.6

7347945824.9

5694164271.9

465777113.5

1391413651.2

9027663362.8

4645400664.8

957117024.1

1580143778.0

2570813374.5

8125163.0

8604525558.8

1751993829.4

1313368175.2

1205751646.7

2353779386.8

2354634004.8

7940732256.2

1508195408.2

2443354520.3

564620892.8

1223294551.3

1060499648.1

1870585831.0

1921015702.1

1849591449.6

2362632826.4

7975530221.5

1187981358.6

1617713894.9

3134928007.6

8417561520.7

i 23.4

i 34.713.7

i 8.4i 34.6

i 16.7

i 14.7

i .8i 21i 4.5

! 9.8i .7i 49.9

i lO.5i 17.6

i 4.8i 1o.3

5.4

i 2.6i 7.s

i 8.3i 1.1! 10.4" 4.7

! 3.4

! 4.2

i 2.5

i 8.9.4

i 4.7

i 1.78.3

i 4.7" 6.3

j .6

i 39.8

i 3.6

i 7.4.5

i 1.6

i 40.5i 34.7

i 23.8

i 23.9i 34.6

.--"28.9

25.5-': .8

i 4.3! 4.5

i 9.8

i 1.5

i 70.6

i 53.5

!

7.7

i 25.9

m

i 12.2

i 58.9

i 7.5

i 42.8

i 21.2

12.6i .6i 9.4

7.4

i 14.3

i 4.7

i 22.8i lO.5

i 8.048.8

i 13.oi 33.3

Chl

sqr

3.1

i 2.6i .6i 3.1i 1.7ii 1.3i 1.2E .0i .9i .1

i 1.1i .3i 09.5

2.7

i 1.8

i 2.0

ii lO.2! 02.9

!! 3.0

i 4.1i 14.6

i 1.2" .i

i 2.8

ii 1.7

i 4.o! .4i 9.8i 2.1i

i 2.4.--' 73.0

i 3.0i 3.0Z ,

6.9


BaselineName

HRAS 085-YELLOWKN

HRAS 085-YUMA

JPL MVI -MAMMOTHL

JPL MVI -MOJAVEI2

JPL MVI -MON PEAK

JPL MVI -OVRO 130

JPL MVI -PBLOSSOM

JPL MVI -PINFLATS

JPL MVI -PRESIDIO

JPL MVI -QUINCY

JPLMVI -VNDNBERG

KASHIM34-KASHIMA

KASHIM34-KAUAI

KASHIM34-MARCUS

KASHIM34-MEDICINA

KASHIM34-MOJAVEI2

KASHIM34-NOBEY 6M

KASHIM34-ONSALA60

KASHIM34-SANTIAI2

KASHIM34-SESHAN25

KASHIM34-SEST

KASHIM34-SINTOTU

KASHIM34-WESTFORD

KASHIM34-WETTZELL

KASHIMA -KAUAI

KASHIMA-KWAJAL26

KASHIMA-MARCUS

KASHIMA -MEDICINA

KASHIMA-MIYAZAKI

KASHIMA -MIZUSGSI

KASHIMA --MOJAVEI2

KASHIMA-NOBEY 6M

KASHIMA -ONSALA60

KASHIMA -RICHMOND

KASHIMA-SESHAN25

KASHIMA-SHANGHAI

KASHIMA-SINTOTU

KASHIMA -TITIJIMA

KASHIMA -TSUKUBA

KASHIMA -USUDA64

Length Statistical S--.--r_,--Mean

Num SpanObs zr to yr

2

18

4

!84.7-85.7i 83.8-88.8i 83.5-86.8

Mean(m)

3572069874.3 i

1002949390.0 i387649675.0 i

Error

(m)

6.3 i2.oi

11.6 i

6.3

8.2

20.2

&'hi

sqr

i .32.9

5.821 " 83.5-88.9

1 i 82.8-82.8

19 _ 82.8-88.97i 83.1-88.06 i 83.8-87.0

2 i 88.8-88.9

1 i 82.8-82.8

18 i 83.6-88.96 j 90.2-90.5

10 i 90.2-92.01 i 90.5-90.5

1 i 90.6-90.6

11 i90.2-91.55 i 90.2-91.5

3 i90.4-90.62 i92.0-92.091 90.2-92.0

2 i90.4-90.41 i90.6-90.64 i 90.4-92.04 j 91.3-92.0

66 i 84.6-91.4i

16 i 84.6-88.61 i 90.5-90.51 i 90.4-90.4

3 i 86.8-88.8

1 i 91.9-91.956

3

7

29

15

i 84.1-91.2

i 89.9-90.2

i 85.5-91.6

! 87.3-90.1

i 88.3-91.4

1 i 86.5-86.53 i 90.6-90.6

3 i 87.9-89.9

7 i 84.6-89.7

1 i 90.6-90.6

171686437.1 i 3.0 i 13.4 ! 6.7

218307721.6 _ 7.6 i -- _ --

335941404.4 _ 6.8 i 28.9 ! 14.041155683.7 ! 3.4 i 8.4 i 1.4

171805089.7 ! 2.6 i 5.9 i 1.3555228198.4 i 3.7 i 3.7 i .7

685704818.9 i 86.2 i -- !i

228030979.5

311196.1 i

5709565714.1 i1812578162.5 i

8811182224.6 ii

8091883103.6 i

197421504.5 i

7969420825.9 i

12419326071.2

1875725740.6 i

12389079051.5 i

846282864.7 i

9502255566.9 i

8475605263.6 i

5709360244.2 i

3936330637.0 i

1812270517.9 i8811399460.5 i

948551349.0 i

353521608.6 ii

8091824106.1 i

197660891.7 i7969643044.4 i

10279840860.1 i

1875920080.0 i|

1852075233.4 i

846453899.0 i

991640352.9 i54548552.5 i

208219605.9 !

3.2

1.0

14.5

5.4

7.2

3.9

3.3

9.4

1.7

6.0

12.5

7.36.0

i 13.1i 2.3

i 43.5

!

i 6.8.8

i 34.8

i

i 12.51 .86.7 i 1.2

i 13-31 3.1i 1.7i .0i 17.0 !10.8-" ii 12.5 .2i ii lO.41 .7

7.0 i 12.1

13.3 !107.5

17.623.65.8i 91.2

8.27.1 i lO.I

i .9

i 85.3

i 87.6

i

i 1.1|

! 4.oi 1.1i 8.8! 1.4i 30.9

3.2 i 23.94.0 i 5.7

16.2 i 39.86.6 _ 34.9

7.3 i 27.5

ii--

5.31 .624.3 i 2.5

8.7 E 1.2

i

32.6 i3.8i

17.2 i3.6"

5.6 i

6.10


BaselineName

KASHIMA -VNDNBERG

KASHIMA -WESTFORD

KASHIMA -WETTZELL

KASHIMA -WHTHORSE

KAUAI -KWAJAL26

KAUAI -LA-VLBA

KAUAI -MARPOINT

KAUAI -MATERA

KAUAI -MOJAVEI2

KAUAI -NOTO

KAUAI -NRAO85 3

KAUAI -ONSALA60

KAUAI -PIETOWN

KAUAI -RI CHMOND

KAUAI -SANTIAI2

KAUAI -S ESHAN25

KAUAI -SEST

KAUAI -SHANGHAI

KAUAI -VNDNBERG

KAUAI -WESTFORD

KAUAI -WETTZELL

KAUAI -WHTHORS E

KODIAK -MOJAVEI2

KODIAK -NOME

KODIAK -VNDNBERG

KODIAK -WESTFORD

KWAJAL26-MOJAVEI 2

KWAJAL26-SESHAN25

KWAJAL26 -VNDNB ERG

LA-VLBA -MOJAVEI 2

LA-VLBA -PIETOWN

LA-VLBA -WESTFORD

LA-VLBA -WETTZELL

LEONRDOK-RI CHMOND

LEONRDOK-WES TFORD

MAMMOTHL-MOJAVEI2

MAMMOTHL-OVRO 130

MAMMOTHL-VNDNBERG

MARCUS -SESHAN25

MARPOINT-MEDICINA

Length Statistical

Num05s

27

8

12

i

20

ii

6

15

65

3

129

2

6

98

2

18

2

i

32

22

17

i

I0

4

4

8

17

3

12

12

4

12

12

i

I

4

4

2

I

I

Summary- -Mean

Span

7r to 7r

85.4-90. i

85.5-90.0

84.7-90.4

89.6-89.6

84.5-88.6

91.4-91.9

88.4-89.4

90.8-91.9

84.5-91.9

89.5-91.2

89

9O

91

88

92

.1-92.0

.4-90.4

.1-91.9

.4-92.0

•0-92.0

88.3-92.0

90.4-90.4

86.5-86.5

84.5-90. i

90.4-92.0

91.

89.

87.

84.

84.

1-92.0

6-89.6

5-90.5

6-86.6

6-86.6

88.5--90.5

84.5-88.6

88.5-88.6

84.5-88.6

91.4-91.9

91.4--91.9

91.4-91.9

91.4-91.9

87.6--87.6

87.6-87.6

83.5-86.8

83.5-86.8

84.8-86.8

90.5--90.5

89.0-89.0

Mean Error

(n) (.m)

7913888161.1 _ 10.8

9502316533.9 i I0.I

8475826930.4 i 13.96047388113.2 ! 23.7

3725196314.7 i 3.9

5199822538.5

7391325623.8

10894160910.3

4303581335.6

11099796266.4

7208031500.8

9792569605.5

5040441450.7

7452634419.4

9834797865.8

7310293974.9

9740852563.8

7290813028.6

3972522447.8

7676223222.0

10357464658.7

4587139203.0

3574416153.2

1024053276.0

3459022118.4

5466634672.3

7576938615.2

5191948401.5

7298104569.2

964980750.0

236640006.6

3044179217.8

8161830103.7

1854619801.7

2205062326.1

315785217.3

74255493.8

373995446.3

3270841161.5

6721974429.7

i 3.3

i 16.5i 10.4

i 58i i0.6

! 1.8i 7.2

i 3.2

! 3.0i 16.o

i 22.23.5

i 63.8

i 2.9i 2,9

WRMS

(n)

- 55.3

i 26.8

46.2

i 17.1

! lO.5! 36.9

i 38.946.5

i 15.0

i 20.6! 7.2

i 7.1i 29.7

16.0i! 91.4

i 3.5

i15.9

i 13.2

4.2! 17.0! 17.91

i 3"3 i 9.9

" 9.2 i 15.91 21.2i 36.6

i 5.1i 8.6i 12.3

i lO.9i 1.7

i 2.6i 1.6i 2.7i 6.5i 6.5

i

i 13.4

i 34.4

i 17.3i 36.3! 5.8i

i 4.5i 5.3i 8.9

i

i 5.1 i 8.8i 35i 6.1

10.6 i 10.6i 7.5

i 22"1i

Chf

sqr

ii 22.6i 3.2

8.1

i 2.9

i 9.7i 2.2i 2.3

i 81.9.5

i 3.1i .4i 6.6i 4.4

i .4

i64.1i .0

i 5.5i 5.2

i 5.8

_ 1.0" 2.0

! 5.3i

j .8i 4.1! 1.8

i 5.2i 12.4

i 17.7

i 5.4

i 4.7

E

i

i 2.3i 1.5i 6.4ii

6.11


BaselineName

MARPOINT-NOTO

MAEPOINT-NRAO85 3

MARPOINT-ONSALA60

MARPOINT-OVRO 130

MARPOINT-RICHMOND

MARPOINT-WESTFORD

MATERA -MEDICINA

MATERA -MOJAVE12

MATERA -NOTO

MATERA -NRA085 3

MATERA -ONSALA60

MATERA -RICHMOND

MATERA -WESTFORD

MATERA -WETTZELL

MCD 7850-MOJAVE12

MCD 7850-PIETOWN

MCD 7850-WESTFORD

MEDICINA-NOTO

MEDICINA-ONSALA60

MEDICINA-RICHMOND

MEDICINA-SESHAN25

MEDICINA-WESTFORD

MEDICINA-WETTZELL

METSHOVI-MOJAVEI2

METSHOVI-ONSALA60

METSHOVI-RICHMOND

METSHOVI-WESTFORD

METSHOVI-WETTZELL

MILESMON-MOJAVEI2

MILESMON-WESTFORD

MOJAVEI2-MON PEAK

MOJAVEI2-NOBEY 6M

MOJAVEI2-NOME

MOJAVEI2-NOTO

MOJAVEI2-NRAO85 3

MOJAVEI2-NRAO 140

MOJAVEI2-OCOTILLO

MOJAVEI2-ONSALA60

MOJAVEI2-OVRO 130

MOJAVEI2-OVR 7853

Length Statistical S-mmary--Mean


f

1 i 89.5-89.5

11 i 89.1-89.64 .-'82.5-83.7

3 i 82.5-82.8

22 i 87.6-89.6

9 _ 82.5-89.4

5 i 90.4-91.9

3 i 91.8-92.0

4 ! 90.7-91.715 _ 90.8-91.9

4 i 90.7-91.7

4 i 91.8-92.0

3 i 91.8-92.010 i 90.4-92.0

1 i 88.8-88.8

1 i 88.8-88.8

1i 88.8-88.84 i 90.1-91.7

13 i 87.3-91.7

14 i 87.3-89.0

2 i 90.4-91.8

19 i 87.3-89.1

22 i 87.3-91.92 .-=89.5-89.5

5 i 89.5-89.5

2 i 89.5-89.5

2 i 89.5-89.5

5 i 89.5-89.5

1 i88.3-88.31 i 88.3-88.3

i36 i .83.5-90.9

7 i 89.9-91.5

3 i 90.5-90.5

i0 i 89.5-91.7

9! 89.5-91.8

3 i 88.8-91.83 _ 84.2-85.2

47 _ 83.8-91.781 i 83.5-88.9

1 i 87.8-87.8

E

7291183510.8 i228306392.2

6198441065.0 1

3540824488.4 i

1442649215.1 i{

676178920.9 i

597262301.4 i

9255718109.0 i

444532984.5 i7354567906.3 i

i1886809336.68088948187.2 i

6647032679.9 i

990053378.2 i

1305462983.6 i|

556665227.4 i

3137645303.0

893724227.8

1429470394.7 i

7658214942.6|

8287102210.46144872378.7 i

522461126.3g

8149935266.6 i

784441965.4ii

7758613774.8 i

6059189135.1 i

1433414946.9 11534074218.8 i

2722126743.4 i|

274055789.4

8216104558.4 i

4471763789.4 i

9422863899.3 i

3262045658.2

3262601945.5 i

299368638.7 1

8021117539.9 !245276453.4 i

g

245893864.5 !

Error WRMS

(...) (.-.)

15.8 i i2.7 i 8.5 i1.4 i 2.3 i

•71 1.oi2.8 ! 12.9i

| |

4.5! 12.8!3.2 i 6.4

9.1 i 12.9

2.0 i 3.4

5.4i 20.3

Chlsqr

5.2

.0

.0

2.4

5.3

i 16.9

2.5! 4.3

! 1.5

3.7 i 6.4

6.1i 1o.5i10.1 i 14.3 1

1.9 i 5.7 i

3.4i i

2.7!4.51

2.7_ 4.81.6_ 5.6

6.4 I 23.1

1o.oi 1o.o1.7 i 7.2

.9 i 4.024.4 ! 24.4

3.7 ! 7.4

35.3 i 35.3

II.I i ii.I1.4 i 2.9

8.1 i ----

1o.8!|

6.7 i 39.7

20.I_ 49.37.3_ 10.3

5.3 i 15.9

1.41 41i

6.5_ 9.27.3i 10.3

4.0 i 27.1

.8! 7.2

2.3 i

i 1o.o1.5

8.1

9.8

ii

i lO.8i 5.6

! 2.1

i .5i .7i 3.5

i 1.0i 2.4

i 2.2i .4

j 66.8i 3.4i .7i .9i .8|

i 8.4i 2.6

i 7.0

i 3.4

6.12


BaseltneName

MOJAVEI2-PBLOSSOM

MOJAVEI2-PENTICTN

MOJAVEI2-PIETOWN

MOJAVEI2-PINFLATS

MOJAVEI2-PLATTVIL

MOJAVEI2-PRESIDIO

MOJAVEI2-PT REYES

MOJAVEI2-PVERDES

MOJAVEI2--QUINCY

MOJAVEI2-RICHMOND

MOJAVEI2-SANPAUIJ%

MOJAVEI2-SANTIAI2

MOJAVEI2-SEATTLEI

MOJAVEI2-SEST

MOJAVEI2-SNDPOINT

MOJAVEI2-SOURDOGH

MOJAVEI2-TROMSONO

MOJAVEI2-VERNAL

MOJAVEI2-VICTORIA

MOJAVEI2-VNDNBERG

MOJAVEI2-WESTFORD

MOJAVEI2-WETTZELL

MOJAVEI2-WHTHORSE

MOJAVEI2-YAKATAGA

MOJAVEI2-YLOW7296

MOJAVEI2-YUMA

MOJ 7288-MOJAVEI2

MOJ 7288-0VR0 130

MOJ 7288-0VR 7853

MON PEAK-OVRO 130

MON PEAK-QUINCY

MON PEAK-VNDNBERG

MON PEAK-WESTFORD

MON PEAK-YUMA

NOME -SNDPOINT

NOME -VNDNBERG

NOME -WESTFORD

NOTO -NRAO85 3

NOTO -ONSAIA60

NOTO -RICHMOND

9

20

191

Lensth Statistical Summary--Mean

I0

i

3

1

i0

8

I

8

3

163

Num SpanObs 7*: to yr

.,.9 } 83.6-88. I

3 i 90.6-90.6

34 i 88.7-91.9

21 i 83.8-90.1

21 i 84.3-90.8

i22 i 83.7-91.5

20 ! 83.7-91.5

83.9-90.1

83 5-9o.si 84.0-92.0

E 83.7-90.1

i 91.9-91.9

i 86.7-90.6

i 90.3-90.3i 87.6-90.5ii 87.6-89.6i 89.6-89.6

i 86.2-90.8

i 90.6-90.6

i 83.6-91.6

403

230

5

i0

8

21

1

i

1

20

13

26

2

8

E

i 83.5-92.0

84.7-92.0

i 88.6-89.6

i 87.6-90.4

i 91.5-91.6

i 83.8-88.8i 87.8-87.8i 87.8-87.8i 87.8-87.8

i 82.8-88.8.=

i 83.5-88.883.9-89.4

i 90.9-90.9i 83.8-87.9

3 ! 84.5-86.6

7 i 84.5-86.6

3 ! 90.5-90.54 " 89.5-91.2

7 ! 89.4-91.7

9 i 89.5-91.7

i131184785.1 }

1566267813.8 !809730834.1

195109712.0

1196316951.3 i

2.5

8.0

.7

4.5

1.5

568654984.7

621424857.7

224483709.2

627137773.3

3594693022.7

WRMS

219618298.8

8253264764.0

1439349331.6

7986720624.2

3916865256.6

3577769381.5

7344759272.0

848884615.7

1545227668.5

351282529.1

ii 7.0

i ii .4

i 3.8i 200! 6.8

i 8.11i i0"4 i

2.6!

i 221.7i

37.0

45.2

7.4

9.7

9.5

l 6.4 _ 19.2i 22.5_

i 16"9 i23"916.0i 7-4 i 22.2

i 2.2

i 6.6i 2.1

i 14.5

i 5.8

i 9.3

1 26.4

3903767759.6 i .4

8588976465.3 i 1.1 i

3076518263.5! 8.2 1

3273878619.3 i 8.6 i2995740025.2 i 2.7

i362912398.2 !

358196.9 i245135040.7 i

245751411.2 i

510423733.2 !

i 7.216.8

16.4

25.7

7.0

i

2.2 i1.7 i2.7"

2.9 i

10.5

883538182.2 i 13.4 i

430216039.3 _ 2.2 i

3985679554.4 i 9.4 i

207726998.7 i 10.51060002871.3 i 4.1 !

9.8

45.6

46.4

Ii.0

9.4

27.8

5.8

i i

4388694143.4 i 19.5 _ 47.6

5785551141.3 i 12.1 i 17.17446887092.4 i 8.I i 14.1

2280154886.5 _ 3.1 i 7.6

8115263593.3 _ 5.8 i 16.4

Chi

sqr

_ 2.4i 2.8i 10.2

! 14.1

i 1.8

i62.2j87.6i 2.2

i 3.7i 3.0

i15.3

i 12.7

i 3.5

i 2.2

_ 1.6

i 2.1i 64.0!

i 2.7

i 3.0i 4.6

i 7.1i 2.5

i 5.6

i61.2

_ 39.8

i 6.8i 1.oi 64.0

! .5

i 6.1i 1.2i 1.2

i 98i 1.2

6.13


BaselineName

NOTO -WESTFORD

NOTO -WETTZELL

NRAO85 3-RICHMOND

NRAO85 3-WESTFORD

NRAO85 3-WETTZELL

NRAO 140-NRA085 3

NRAO 140-ONSALA60

NRAO 140-OVRO 130

NRAO 140-RICHMOND

NRAO 140-WESTFORD

OCOTII//)-OVRO 130

OCOTII//)-PVERDES

OCOTIIJ/)-VNDNBERG

ONSALA60-OVRO 130

ONSALA60-RICHMOND

ONSALA60-ROBLED32

ONSALA60-SEST

ONSALA60-TROMSONO

ONSAIA60-WESTFORD

ONSALA60-WETTZELL

OVRO 130-PBLOSSOM

OVRO 130-PINFLATS

OVRO 130-PLATTVIL

OVRO 130-PRESIDI0

OVRO 130-PT REYES

OVRO 130-PVERDES

OVRO 130-QUINCY

OVRO 130-SANPAULA

OVRO 130-VNDNBERG

OVRO 130-WESTFORD

OVRO 130-WETTZELL

OVRO 130-YUMA

OVR 7853-OVRO 130

PBLOS SOM-SANPAULA

PBLOS SOM-VNDNBERG

PENTI CTN-WESTFORD

PENTI CTN-YEI/DWKN

PI ETOWN -WES TFORD

PIETOWN -WETTZELL

PINFLATS-PVERDES

I_ni

NumObs

io i21 !1o4i81

li

4i8i1i7i

1ilj3233 i69 i

i

1i3i4i

154 i

136 i

7i7i9i

61

2i14 ili

46 i29 !

7i7!11li91

3i2i33 i7i3}

th Statistical

Span

yr to yz

89.4-91.7

89.4-91.7

89.3-92.0

89.4-91.8

91.9-91.9

91.8-91.8

81.9-83.0

79.6-88.8

91.8-91.8

81.9-91.8

85.2-85.2

85.2-85.2

84.2-85.2

80.6-87.8

84.1-91.7

83.3-83.3

90.3-90.4

89.6-89.6

81.8-91.7

83.6-91.7

83.1-87.8

83.8-86.883.4-88.3

83.7-88.9

83.7-88.9

83.9-85.2

82.8-88.8

83.7-83.7

83.6-88.9

81.5-88.8

85.2-87.8

83.8-87.8

87.8-87.8

88.1-88.1

83.6-88.1

90.6-90.6

84.7-85.7

88.7-91.9

91.1-91.9

87.2-88.1

Summary--Mean

Mean

(=)

6744637400.8

1371101057.1 i1419169138.2

845216074.5 i

6725781929.3 ii

1128931.4 i

6319317549.5 i

3324244205.5 i

1420105749.2 i844148086.7 i

|

542313250.0 i

264927266.1 i

487851105.0 i7914131000.9 i

7307152592.6

2204783302.910459732563.4 E

1406156769.2 1

5600741537.6 i919660997.8

303497806.4

434649341.9 i1220818761.4

374258371.0

421766819.4 ii

387094567.0 i

382696345.2 i

322080185.4 i363980311.2 !

3928579369.8 i

8500205014.9 i

603989382.8 i

991122.2 i

99880794.2 i

247362520.9E

3684967786.0 i

1495292886.7 i3262799697.5

5.5

1.5

.7

1.8

11.4

1.8

14.4

5.9

2.9

1.6

7.2

5.7

10.2

7.7

4.1

11.7

7.0

7.4

3.2

.4

4.3

6.5

3.5

i0.9

18.6

14.2

2.7

11.8

2.3

2.6

WRMS

(mm)

i 16.6i 6.5

7.4

i 4.8iii

24.9E 15.7

J1 4.oE=-

.-" 14.4

i 43.3

i 33.5

i 9.9

i 12.8

i 39.3

i 4.8E 10.6

i 16.oi 9.9

i 28.9i 41.6

12.9 i 31.7

2.2 ! 5.5

1.6E7.1 i

8.4 i 23.7

12.7

2.6

sqr

i 2.7i 5.4

i 2.4

i 4.0

i __

i 3.2

i 9.4

i 2.4

i __

ii 3.9i 6.1

i 7.4i

ii .2j 6.7i 25.3

! 2.8

i 2.1i 5.3i 3.9! 40.6

i 57.4

i 14.2 I 4.2

! 9.6 i 3.4i i--i 15.6i 7.8i 13.9i 4.0

i 6.9i 1.1i--i--! 24.3

--" ii 17.9 _ 1.8

! 26 i 1! 4.1.-= 4.9

i 10.0 i 5.98339267313.9

180972818.6

i .7

i 4.1i 2.7

6.14

Table6.1(continued)

BaselineName

PINFLATS-VNDNBERG

PINFLATS-YUMA

PLATTVIL-VERNAL

PLATTVIL-WESTFORD

PRESIDIO-PT REYES

PRESIDIO-VNDNBERG

PRESIDIO-WESTFORD

PRESIDIO-YLOW7296

PRESIDIO-YUMA

PT REYES-VNDNBERG

PT REYES-WESTFORD

PT REYES-YLOW7296

PT REYES-YUMA

PVERDES -VNDNBERG

QUINCY -VNDNBERG

QUINCY -WESTFORDRICHMOND-TROMSONO

RICHMOND-WESTFORD

RICHMOND-WETTZELL

RICHMOND-YLOW7296

ROBLED32-WESTFORD

SANPAULA-VNDNBERG

SANTIAI2-SESHAN25

SANTIAI2-WESTFORD

SANTIAI2-WETTZELL

SEATTLEI-WESTFORD

SESHAN25-WESTFORD

SESHAN25-WETTZELL

SEST -WESTFORD

S INTOTU -USUDA64

SNDPOINT-VNDNBERG

SNDPOINT-WESTFORD

SOURDOGH-VNDNBERG

SOURDOGH-WESTFORD

SOURDOGH-WHTHORSE

SOURDOGH-YAKATAGA

TROMSONO-WESTFORD

TROMSONO-WETTZELL

TRYSILNO-WESTFORD

TRYSILNO-WETTZELL

Lensth

NumObs

20

6

1

ii

3

20

6

2

1

18

6

2

1

9

13

2

1

529

5O4

1

i

i0

2

3

3

Statistical Summary- -Mean

Span

Tr to Tr

83.8-90.1

83.8-87.0

86.2-86.2

83.4-90.8

83.7-85.8

83.7-90.1

89.8-91.5

91.5-91.5

87.1-87.1

83.7-90.0

89.9-91.5

91.5-91.5

87.8-87.8

83.9-90.1

84.3-89.8

89.8-89.8

89.6-89.6

84.0-92.0

84.1-92.0

91.6-91.6

83.3-83.3

83.7-90.1

92.0-92.0

91.9-92.0

91.9-92.0

86.7-90.6

92.0-92.0

90.3-92.0

90.3-90.4

90.6-90.6

84.5-86.6

88.5-90.5

84.6-86.6

88.6-89.6

84.6-86.6

84.6-86.6

89.6-89.6

89.6-89.6

91.9-92.0

91.9-92.0

i397781421.9 i

222910498.3 !

412425202.6 i

2752862690.8 i

53727233.3 ii

396580066.4 i

4224409678.2

2775924623.8 1

922582257.6 i

445233364.7

4248545124.9 !

2750483260.2 i

975980359.5 i223065182.8 !

601887717.8 !

i4023819277.5

7249939443.2 !2044501754.7 i

7588398566.9 i

4696400712.9 i

5300462984.7

149776488.8 i12693859204.6

7791503432.6 1

10460704356.4 ii

3895645947.110157033692.8 i

8003555623.5 i

7447845586.7

872851759.3 i

3763664062.9 i

5963589379.1 i

3527017009.3 i

4992696150.4 i

591316579.1 i

5.9

8.2

4.0

3.9

.8

5.6

7.7

.6

6.5

1.9

11.8

7.8

9.7

3.0

12.0

7.0

16 5

.3

1.4

5 1

27.5

1.9

8.0

9.4

17.6

11.9

I0.5

7.8

6.5

8.6

24.7

7.0

10.7

5.6

3.4

i

329299231.6 i 17.55474070358.4 i 11.3

2296324589.6 i 8.8

5480563535.9 i 5.9

1364743193.6 i 1.3

WRMS

i! 25.8

i 18.4

ii 12.3j 1.2!

i 24.6

i 17.1

i .6

i 7.9

i 26.4i 7.8

i

i 7.0

i 6.8

i 30.4

i 5.6

! 8.0i 13.3

i 24.9

i 16.8i I0.5

i 17.5

i 9.1

i 34.9

18.6i 28.3

i 12.4

! 4.9

i 30.4

Ji 15.3

i 13.1i 2.6

Chi

sqr

i

i 22.8

! 15.2

ii 3.0i .1

i 17.6i 1.9i .o|

ii 1.9i

i 4.1i 1.5

i 3.1i 57.3

i .4

_ 1.8i 5.8

i 1.4

i .0

2-" .5i .9,2

l 2.0

i .2:: 1.0

{ .4

! 5.8_ 1.3

i 4.1" 1.0

i .7

_ 32.3i1

i 6.2-:" 2.2

i .7

6.15


BaselineName

VERNAL -VNDNBERG

VERNAL -WESTFORD

VERNAL -YUMA

VI CTORIA-WESTFORD

VNDNBERG-WESTFORD

VNDNBERG-WHTHORS E

VNDNBERG-YAKATAGA

VNDNBERG-YUMA

WES TFORD-WETTZELL

WESTFORD-WHTHORS E

WESTFORD-YAKATAGA

WESTFORD-YLOW7296

Lenmth Statistical S-mmnrT--Mean

Num Span058 zr to ?r

1 i 88.8-88.84 i 89.3-90.8

1 i 88.8-88.8

3 _ 90.6-90.612 _ 89.8-91.6

3 _ 84.6-86.64 i 84.6-86.6

19 i 83.8-88.8

659 i 83.9-92.0

4 i 88.6-89.6

7 i 88.6-90.4

8 i 91.5-91.6

1165722334.2 i3132148591.5 i917552145.3 i

3967716619.5 i

4228947341.4 if

3058395622.7 i3214772161.5 i

620341828.1 i

5998325433.8 i

4511164134.9 i

i

4895738347.3 i

3506849217.2 i

4.7i7.3 i

5.7i

4.0 !

4.5i

20.4i11.oi9.2 i

1.3111.1 i

10.3 i

2.2 i

WRMS

(m)

12.7

5.6

14.8

28.9

19.1

39.0

34.0

19.2

25.2

5.9

Chi

sqr

i

i 1.8

i .2i 2.9

i 5.9_ 2.1

i 77.5

i 21.1i 3.5

j 3.3

i 1.3

6.16

Table6.2

LengthBaseline

Name

ALGOPARK--GILCREEKALGOPARK-MOJAVEI2

ALGOPARK-PENTICTN

ALGOPARK-WESTFORD

BLKBUTTE-HRAS 085

BLKBUTTE-MOJAVEI 2

BLKBUTTE-MON PEAK

BLKBUTTE-VNDNBERG

DEADMANL-MOJAVEI 2

DEADMANL-SANPAULA

DEADMANL-VNDNBERG

DSS45 -GILCREEK

DSS45 -HOBART26

DSS45 -KASHIMA

DSS45 -KAUAI

DSS45 -SESHAN25

DSS65 -MEDICINA

DSS65 -NOTO

DSS65 -ONSALA60

DSS65 -WETTZELL

EFLSBERG-HAYSTACK

EFLSBERG-HRAS 085

EFLSBERG-ONSALA60

ELY -HATCREEK

ELY -HRAS 085

ELY -MOJAVEI2

FLAGSTAF-HATCREEK

FLAGSTAF-HRAS 085

FLAGSTAF-MOJAVEI2

FLAGSTAF-PLATTVIL

FORTORDS-GILCREEK

FORTORDS-MOJAVEI2

FORT ORD-HATCREEK

FORT ORD-HRAS 085

FORT ORD-MOJAVEI2

FORT OR/>-OVRO 130

FORT ORD-PRESIDIO

FORT ORD-VNDNBERG

GILCREEK-GOLDVENU

GILCREEK-HATCREEK

Statistical

Rate Error

m/yr n/Tr

: ij .8ij 1.5ij 391i -5ij 2.9!i .."! 1.9ii 4.oii 2.2ii 8.8ij 6.5i

j 11.4 ii 7.51i 2.5ii 7"31

i 6.8!

i 5.01i .6ii 3.4ii 2.7ji 1.2i

i 5.71i 12.4 ii 2.1!i 1"71

i 2.oi-= !i 1.7ii .7ii 2-21i .9!i 2.4!3

i 5.0 i12i 2.115i 40114i 4.1i6i 1.615i 1.81i 3.0 i

1.4i.-'4.01

3.3

-2.3

6.9

--.7

5.5

2.5

-I. i

27.7

4.4

35.4

33.8

-59.2

3.3

-48.4

-59.2

-62.4

1.9

-5.7

.0

--.4

23.7

13.0

.2

3.6

1.3

-6.6

8.4

1.7

3.8

5.9

-42.0

33.8

-30.6

35.3

33.5

13.8

-I0.3

1.0

-13.6

-8.0

Summary--Race

WRMS Chl

mm sqr

i8.5i8.5i

20.214.0

5.9

6.9

4.3

7.1

12.4

7.8

17.2

24.1

3.6

17.8

22.5

18.0

2.0

4.5

7.6

4.1

15.6

32.2

5.5

6.5

8.0

9.1

3.7

5.2

4.6

.8

.8

.2

.8

.2

.9

4.1

6.6

5.5

6.2

9.7

of Change

1.8

2.7

2.6

i 2.2

_2.2

i2.1i 1.2

i 2.6

!4.8

11.9

i5.4_2.4! 1.4

_3.6i 4.3

12.5i 1.3

i9.1113.6

i5.7

1.411.6! 2.4

j2.1!1.8

i 3.3

! .4

11.2".-'1.3

! .6

il.5_1.9i 5.9

i i.I

!2.2

i 1.0

i 2.4

il.Oi 5.8

!2.3

Value atEpoch

4475699378.8

3407219029.7

3074234616.6

642611326.4

1158018149.9

213868855.6

107821846.6

462367712.6

131806790.9

250758837.3

400134234.1

10526654651.2

832194183.7

7436721522.9

7769504790.2

7411129034.3

1378852886.7

1711832929.5

2205023112.7

1655418187.2

5591903719.4

8084184942.2

832210508.8

590025840.7

1378547100.0

475517247.4

1062209394.0

879283110.3

478050190.1

820904455.6

3538522683.3

462074913.7

461111213.1

1774675725.8

464719669.6

317067344.6

139787380.4

256852440.2

3827523791.7

3126752890.5

Error Corre-mm latlon

i 2.21! -.64i 4.341 -.93

ii0.12 i -.07

i 1.36i -.83i 3"74i .41| i

i 2.77 i .62

i 7.21_ .91i 2.80 i .60! 8.03 i .45i 7.26_ .64

!12.69_ .62

i1821i -92i 6.82i -.98i15.29! -.92

i15.99_ -.92E

i12.81i -.93

i 1.68i -.91i 9"42i -.96

i 6.46 i -.91i 3"25i -.92

137.651 .98i8098i .98i13.50 i .98i 2.44 i .01

i 2.82i -.01

i 2.89! -.08

1.53i 19i 3.91i .75

i 1"94i .29

i 5"44i .87

i10.021 -.49

i 3.24| -.70i 6.941 .66! 7.76i .82i 2"33i .54

E

! 488i .88! 5.73 i .59i 2.28! .59

111.111-.92! 1361

6.17


BaselineName

Lenath Statistical Summary-Dltate of

GILCREEK-HA¥STACK

GILCREEK-HOBART26

GILCREEK-HRAS 085

GILCREEK-KASHIMA

GILCREEK-KAUAI

GI LCREEK-KODIAK

G ILCREEK-K_AJAL26

GILCREEK-MOJAVEI 2

G ILCRE EK-NOME

GILCREEK-NRA085 3

GILCREEK-ONSALA60

GILCREEK-OVEO 130

GILCREEK-PENTICTN

GILCREEK-PIETO_q

GILCREEK-PLATTVIL

GILCREEK-PRESIDIO

GILCREEK-PTREYES

GILCREEK-RICHMOND

GILCREEK-SESHAN25

GILCREEK-SNDPOINT

GILCREEK-S OURDOGH

GILCREEK-VNDNBERG

GILCREEK-_ESTFORD

G ILCREEK-WETTZELL

GILCREEK-WHTHORSE

GILCREEK-YAKATAGA

GOLDVENU-HAYSTACK

GOLDVENU-MOJAVEI2

GOLDVENU-ONSALA60

GOLDVENU-OVRO 130

GOLDVENU-WESTFORD

GORF7102-MOJAVEI2

GORF7102-NRA085 3

GORF7102-RICHMOND

GORF7102-WESTFORD

-2.3

-19.2

2.7

-i. 3

-44.3

-3.8

-20.7

-9.9

-I. 5

--.5

16.0

-17.4

6.4

-6. I

5.6

-29.0

-32.5

i.i

-II. 2

2.2

2.4

-40.6

--.4

10.6

-3.8

-32.5

1.4

--.3

i0.0

1.9

3.1

7.9

3.4

6.9

.0

8.6

ii.0

28.5

12.1

14.0

HARTRAO -HRAS 085

HARTRAO -MEDICINA

HARTRAO -ONSALA60

HARTRAO -RICHMOND

HAETRAO -WESTFORD

Error

mm/yr

|" 2.2i 10.3

1.7

i .6

i .4

i .9i 4.7

! .2

i .8i 1.4

i 2.1" 2.5

i 1.8

i 1.2i 2.3

i 4.3i 2.4i 1.2

I 5.2

i 2.4

i 1.6i .8j .5i 1.2i 3.8

i 1.814.7j .9i 4.4

i 1.2

i 2.3i 7.5

i 1.3i 2.5

i 3.0

i17.5i i0.0

i 7.9i 2.9

i 2.9

Chanae

gEMS Chi

mm sqr

._ ..-!4.9i 3.9i35.71 2.5i11.61 2.4ili.9_ 2.2

ii0.4 i 2.6

i 4.6 i .7

126.61 31i 5.9 i 2.2

!5.5i 1.2i12.1i 2.5

i11.5 i 2.4

17.8i 1.7i 7.31 .8

i 4.0 i 4.2in.oi 1.6i 7.91 .7i9.8i 1.0i14.5i 1.6i22.0 i 5.2i12.oi 3.2

i4.6 i 1.9iu4i 26_ 8.2_ 4.3

i6.7i 1.7ilo.9i 7.1i5.3i 1.5_16.9i30.9

i 2.8 i 4.9i22.1i 7.3! 6.4 i 3.4

9.9- 3.5

ilO.O_ 3.4

! 1.7i .7

15.1i 1.316.9i 3.7

i28.0i .9i18.1! 1.5!27.21 1.4

133.9! 1.6!372i2.0

Value at

Epoch

5039482226.1

10953029842.3

4725812330.8

5427104371.5

4728114594.1

848553596.5

6719676558.9

3816209157.2

848263841.4

5034926347.9

6066488145.8

3584055701.2

2374175685.6

4225114884.0

3810424342.8

3396404688.5

3352262241.3

6117758537.4

6635555882.3

1284477828.5

276378193.5

3775849557.0

5040099887.5

6856771510.5

788869901.2

603048937.8

3900825671.4

12567223.4

8024928146.4

257587466.8

3900445514.5

3506892267.7

270278761.8

1519989245.7

600947760.9

11878469240.2

7453222495 4

8525165648.8

10814591279.7

10658658435.7

Error Corre-mm latlon

i 4.11

i27.77

i 1.60

! 1.14i1.14ii 1.42

i 9.81

! .57

i 2.00

i 4.38|i5.31! 2.54I 4.55I

i 2.72! 4.08|i 5.74

i 5.31

i 3.70

i11.88i 4.42i1 3.31i 1.3oi 1.21|

j 4.13

i 4.76i

! 3.19

i16.42i 3.03

115.06

! 5.08

8.22

i25.36

i 4.06

i 7.50i 8.63i|

19.2418.72

i12.41

i 8.00i 7.93

i -.97

I -.97

i .10-.21

. -.80|i -.44i .75! -.78

i .23

i -.97|i -.73i .22! -.37! -.96i -.31

i -.lOi -.81i -.94

i -.88i -.58

i .84

i -.13

i -.85

i -.96i -.49ii .65| -.69

! .84

i -.68

i .77

! .52i -.97

i -.95

i -.94-.93

|

i -.69-.83

.20

i -.73

i -" 74

6.18


Length

BaselineName

HARTRAO -_TETTZELL

HATCREEK-HEAS 085

HATCIU_EK-KASHIHA

HATCREEK-KAUAI

HATCREEK-MOJAVE12

HATCREEK-MON PEAK

HATCREEK-OVRO 130

HATCREEK-PLATTVIL

HATCREEK-PRES IDIO

HATCREEK-PT REYES

HATCREEK--QUINCYHATCREEK-VERNAL

HATCREEK-VNDNBERG

HATCREEK-WESTFOR.D

HATCREEK-YUMA

HAYSTACK-HRAS 085

HAYSTACK-MOJAVEI2

HAYSTACK-NRAO 140

HAYSTACK-ONSALA60

HAYSTACK-OVRO 130

HAYSTACK-WESTFORD

HAYSTACK-WETTZELL

HOBART26-KAUAI

HRAS 085-KASHIMA

HRAS 085-MOJAVEI2

HRAS 085-MON PEAK

HRAS 085-NRAO 140

HRAS 085-ONSALA60

HRAS 085-OVRO 130

HRAS 085-PLATTVIL

Statistical

Rate

u/Tr

-2.5

8.4

-9.3

5.0

--.5

-28.6

-2.4

6.3

-16.7

-20.3

-2.6

Ii.i

-32.6

7.5

i0.4

.9

.5

.4

.7

.9

i

17

3

-.2

12.9

-41.8

21.2

5.7

HRAS 085-QUINCYHRAS 085-RICHMOND

HRAS 085-VERNAL

HRAS 085-VNDNBERG

HRAS 085-WESTFORD

HRAS 085-WETTZELL

HRAS 085-YUMA

JPLMVI -MAMMOTHL

JPLMVl -MOJAVEI2

JPLMVI -OVRO 130

34.3

-i. 0

13.2

7.6

--.4

.

2.

i.

35.

--1.

Summary- -Rate

_RMS Chi

_m sqr

121.5! 1.7i9.81 2.6i19.7 i 3.2

i 7.81 1.5i6.7i 2.7

114.014.7_ 7.0 i 2.3

i i 7.9 i 2.1

i i6.5" 1.6j i7.4i 17

i .6! 4.9i 1.1i 1.41 5.4i 1.4i .617.8! 3.0i 1.4 i11.9i 2.7i 3.6 in.oi 3.5

i .9 i13.4i 1.8

i .9 i 4.4i 3.4

i 2oi 3oi 1.6" .5 i13.3i 2.2i .8 ilO.Oi 1.6

! .21 1.6! 1.3i 8.3 i12.7{ 3.4i 7.3 i17.2 i 1.5,.--"15.7 i51.6 i 2.7i .4i 7.1i 3.4

i .9i8.5i 2.21.0 i 6.7 i 3.0

E 1.2 129.4i 2.0i .4i7.9 i 2.1i 1.1! 7.4i 1.8

i 2.5 !16.31 5.5i .3 _ 9.8_ 1.9

i 3"4 i 7"9i 2.9

! .9i 8.2i 2.1! .3 i12.8! 2.9

i .7 _23.5_ 1.51.9 i 8.0 i 3.0

i 53 i109i 26i 1.2 i 9.0 i 3.2

1 2.0 i16.2_: = 4.7

14.

I.

-ii.

5.

-12.

Error

ii 1.8i .8] 3.311.3

i .3i

i 1.6j .7

.9

1.9

1.5

of Change

Value at

Epoch

7832322560.2

1933473667.7

7557328237.7

4061718602.8

729148669.0

986815215.6

484321523.6

1416314071.5

344991835.9

326628750.6

103712238.0

1007489458.1

698706402.0

4032819075.8

1086071228.0

3135641006.2

3904144265.3

845129862.9

5599714585.9

3928881656.2

1239395.8

5997390746.9

8268576733.2

9027663354.6

1313368176.3

1205751673.8

2354634001.8

7940732270.3

1508195428.1

1060499647.8

1849591451.9

2362632826.6

1187981358.3

1617713903.4

3134928007.2

8417561517.5

1002949391.5

387649646.2

171686446.7

335941379.1

Error Gorre-mm latlon

i4.91!-.75i 1.29_ .20

i 5.57E .33

i 2.02i .09i .59j -.23

i 3.03! .16i 1.601 .68i 1.78i .15i 2.761 .52i 2"21i -.45i ii 1"29i .20i 2"46i -.45

i .93 i -.48

i 3.07_ -.71i 3.85_ .42

i 4.40_ .85

i 1.67i-.83!13.31 i .99

i 2-65i .60i 4-79i .92

i .43_ -.66

i20.67i .95

i19.46 i -.97in.97i -.51i .621 .11

i 1.68] .424.49_ .66

! 3.15i .41i 1"34i .71

! 2.03 i .51

{ 4.77 i .15

i .521 .05i4.°8i-.26i 1"291 .17i .53i .18i i! 1.17i -.14i 2.66i .66

i15.20i .86i 2"86i .69

i 5"72i "73

6.19


BaselineName

Length

Rate-.,,/yz

JPL MVI -PBLOSSOH

JPL MVI -PINFLATS

JPL MVI -VNDNBERG

KASHIMA -KAUAI

KASHIMA -KTdAJAL26

KASHIMA -MOJAVEI2

KASHIMA -ONSALA60

KASHIMA-RICHMOND

KASHIMA -SESHAN25

KASHIMA -TSUKUBA

KASHIMA -VNDNBERG

KASHIMA -WESTFORD

KASHIMA -WETTZELL

KAUAI -KWAJAL26

KAUAI -MOJAVEI2

KAUAI -NRAO85 3

KAUAI -RICHMONDKAUAI -SESHAN25

KAUAI -VNDNBERG

KODIAK -MOJAVE12

KODIAK -NOME

KODIAK -VNDNBERGKWAJAL26-MOJAVEI2

k_JAJAL26-VNDNBERG

MAMMOTHL-MOJAVEI2

MAMMOTHL-OVRO 130

MARPOINT-EICHMOND

MARPOINT-WESTFORD

MEDICINA-ONSAIA60

MEDICINA-WETTZELL

MOJAVEI2-MON PEAK

MOJAVEI2-NOTO

MOJAVEI2-NRA085 3

MOJAVEI2-ONSALA60

-35

-20

20

ii

29

-83

2.

--1.

-20.

-62.

14.

--3.

6.

-22.1

-2.5

--.3

9.8

MOJAVEI2-OVRO 130

MOJAVEI2-PBLOSSOM

MOJAVEI2-PIETO_

MOJAVEI2-PINFLKTS

MOJAVEI2-PLATTVIL

MOJAVEI2-PRESIDIO

Statistical

Errorm/_r

-2.6i2.35.2i 2.38.21 1.5

-63.3 i 1.0-70.6 | 3.0

g

-7.6 i 1.3

-9.3! 7.28.7 i 6.3

-28.2 1 3.4-3.1i 2.5

E

.6f 3.3

.9i 6.5

.5i 4.5

.2_ 2.9

.2_ .5

.2 i 2.3

.2 i 2.81i 4.5

3 i 1.84. 3.1|

9 i 4.02! 24.2li 6.2

z

2 i 11.71i 2.0

i3.3 i 2.3

.6 i 4.4

1.4 i 1.5

-2.1 i 1.3-2.2 i .5

i .9i 6.1i 1.9i 1.6

2.1l .4

1.!1.81.!1.0

i .8i .8! 1.5

3

5-ii. 9

--.4

21.3

Summary- -Rat e

Chi

mac S_r

i7.5i1.3i 3.9:-.7i7.8i2.5i13.1i 2.8i14.5i 2.4

118.9i 2.5i34.4i 7.9

i3381 13i10.9i 5.2i 7.7i 1.1: |

i23.oi 4.1_26.81 3.7

i26.4i 2.9i17.1i 3.1i 8.7i 2.9

i19.0i 2.7!20.1i 2.0i19.5i 3.1i15.5i5.4i9.8i 1.1

_4.11 .2i17.7i 1.8i29.7i 3.2i36.2i 5.6i 3.7! .6

14.2i 1.1i12.91 2.5i120i 5.315.o i 5.oi 2.7_ 1.7

_ 9.5_ 3.9_15.7i 1.oi4.1i .9i19.9i 3.9! 6.3 i 2.7

i6.7i 2.6i 3.7i 9.8i5.6!1.2i 6.8_ 1.9! 7.6 i 2.9

of Change

Value at Error

Epoch --.

41155677.356.66i171805098.6} 4.28 i228030987.812.47i5709360249.111.643936330523.6 i 6.24

8091824105.2 i 2.587969643049.2 _15.81

i10.66i 6.39i 3.88H

i 5.o5_10.94

i 8.40i 6.24! 1.47

10279840848.5

1875920127.1

54548550.3

7913888138.4

9502316533.8

8475826934.6

3725196315.0

4303581295.1

7208031467.3

7452634330.0

7310294139.3

3972522448.9

3574416154.6

1024053235.7

3459022016.47576938642.57298104563.4

315785230.1

74255501.1

1442649214.4

676178922.8

1429470398.9

522461130.6

i 7.19i 8.68i i0.24

i 2.96i 4.70

i 8.22

i41.64

114.32

124.44i 4.94

i 5.81i 5.82

i 4.96i 3.00

! 1.09

274055769.2

9422863905.2

3262045659.1

8021117525.8245276456.5

131184787.6

809730830.8

195109702.0

1196316951.1

568654974.9

1.84i15.54

i 6.35

i 3.74

i .96

i 4.25i 2.27i 1.46

i 1.58i 2.27

Corre-lation

.86

.89

.62

! -.o5i .78

i .06i -.23

-.79

i -.88.47

.ii ,41i -.o6i -.11i .76i -.66

i -.97i -.97i -.88i .30

i -.68

i .93! .95

i .84i .88i .85

i .86i -.87i .41i -.86i -.83|i .46f -.93i -.97

! -.61i .67

i .8oi -.96i .46E .18

i .29

6.20

Table 62 (continued)

BaselineName

MOJAVEI2-PTREYES

MOJAVEI2-PVERDES

MOJAVEI2-QUINCYMOJAVEI2-RICHMOND

MOJAVEI2-SANPAULA

MOJAVEI2-SNDPOINT

MOJAVEI2-VERNAL

MOJAVEI2-VNDNBERG

MOJAVEI2-WESTFORD

MOJAVE12-WETTZELL

MOJAVEI2-YAKATAGA

MOJAVEI2-YUMA

MON PEAK-OVRO 130

MON PEAK-QUINCY

MON PEAK-VNDNBERG

Length

Rate Error IWRMS Chlmm/yr mm/yr; mm sqr

28.5i .8 ! 5.3i-3.6i 1.2 i 5.0i2.5j 1.1j 8.7j4.6 _ .9 i 8.9 i

11.5i 1.3 i 5.91i :." -'

-22.6i 6.0 i13.4

-13 i 15 i 5516.8" .31 5.9

.5 I .3 i 7.1

7.4 i .8 i14.4

33.1 i 7.0 i11.7

7.4i 1.2i 5.8-24.9i 1.5 i11.2-25.9 i 3.2 i17.7

2.8! 1.5 !1o.2

.0 i 2.0_ 4.7

.0! 13.7 i22.6

• 4 i 4.3 i 7.2i10.4

.li 4.8 in.9i .715.5_ 3.2 i 8.4_ .8

MON PEAK-YUMA

NOME

NOTO

NOTO

NOTO

NOTO

NRAO85

28

-VNDNBERG -57

-ONSALA60 -3

-RICHMOND 12

-WESTFORD

-WETTZELL

3-RICHMOND

NRA085 3-WESTFORD

NRAO 140-OVRO 130

NRAO 140-WESTFORD

ONSALA60-OVRO 130

ONSAIA60-RICHMOND

ONSALA60-WESTFORD

ONSALA60-WETTZELL

OVRO 130-PBLOSSOM

OVRO 130-PINFLATS

OVRO 130-PLATTVIL

OVRO 130-PRESIDIO

OVRO 130-PT REYES

OVRO 130--QUINCY

OVRO 130-VNDNBERG

OVRO 130-WESTFORD

OVRO 130-WETTZELL

OVRO 130-YUMA

PBLOSSOM-VNDNBERG

Statistical Summary--Rate of Change

-6.0

2.2

4.0

3.2

.5

12.2

16.0

17.2

--.6

-7.7

-15.6

2.7

16.8

23.7

-i. 2

i

! 1.2i .9i 2.0

1.4

! .3{

i 2.1i 1.5

i .5i .2i 1.5i

3.4

i 2.6

i 2.11.7

! 1.4

i .9i .812.3

i 2.41.7

1.3

i.i

3.1

2.6

1.6

i 1.4

il.6i 3.2

i2.6i2.2

i1.912.oi 3.9!

i 6.3!

!6.2

i2.1i 1.6

14.3i 2.5i7.21 2.313.81 28111.5i 5.8i 3.3 i 1.9

i29.7i 3.0

i20.1i 2.7!13.3 i 2.9

! 4.7_ 2.7i 4.2i .4

i 7.0 i 1.2

19.2i 3.9i8.3i 3.9i6.0j 1.519.31 3.5

i 8.7_ 2.5iu.oi 2.7!26.8 i 5.9i 4.6i .9

i 6.1! 1.9

-8.8

3.3

17.2

3.5

16.6

Value at

Epoch

621424830.1

224483711.3

627137773.4

3594693010.1

219618292.2

3916865290.2

848884616.7

351282525.7

3903767758.5

8588976444.9

3273878615.1

362912405.1

510423682.6

883538160.3

430216041.1

207727043.4

4388694027.4

2280154895.5

8115263563.2

6744637366.2

1371101071.5

1419169131.6

845216061.6

3324244219.3

844148087.2

7914131050.7

7307152565.1

5600741529.4

919660998.3

303497787.3

434649313.0

1220818764.7

374258389.2

421766841.5

382696343.3

363980300.6

3928579377.9

8500205042.8

603989388.7

247362549.9

Error Corre-mm lat ion

i 1.46! -.52

i2.011-.37i2.04i.02i 2.441-.96i 2.23i-.34| |

i10.12i-.882.51}-.46

i .47i-.13.66i-.84

i 2.46_-.92

i 9.61i .28i1.75i .66i4.01i.75i 5.981 .45!2.31! .43

E

3.68 i .85i29.70i .94

i11621 -.96_12.78{ -.94

i 7-80i -.92

3.07 i -.95i 2.74{ -.97

! 6.71 i -.97

i 7.66! .79i 1.52! .24

i 9.99i .85i 3.52! -.72

i 1.ui -.22i .44 i -.42

i 4"12i .89i ii 6.98i .89i 4.70! .68

i 4.05_ .55i 3.38i .47i 3"46i .63

i 1.70_ .63i 2.96_ .70

i23.19 i .86

i 4.48 i .89

i 3.74_ .79

621


BaselineName

Length Statistical Summary--Rate of Ghanse

Rate Error _TRMS Chi

PIETOWN -WESTFORD

PINFLATS-VNDNBERG

PINFLATS-YUMA

PLATTVIL-WESTFORD

PRESIDIO-VNDNBERG

m/yr _"/Tr

-1.6i 1.117.0i 1.025.0i 7.23.3 i 2.2

-13.6 i 1.7

-2.6i 1.23.9j 1.3

-29.9 i 1.8-.2 i .1

14.2i .4

2.2i 1.0-33.2 i 10.7

-36.4 i 3.7

20.5 i 11.538.3 i 1.8

17.2 i .2

PT REYES-_qTDNBERG

PVERDES -VNDNBERG

QUINCY -VNDNBERGRI CHMOND--WESTFORD

RI CHMOND-WETTZELL

SANPAULA-VNDNBERG

SOURDOGH-VNDNBERG

SOUR/X_H-YAKATAGA

VNDNBERG-YAKATAGA

VNDNBERG-YUMA

WESTFORD-WETTZELL

.-. sqr

i :i4.0i 4.816.2i 1.4i9.11 4.7i11.0 i 2.6i8.5i 2.3ii7.0i 1.6i5.7" 1.6i8.01 2.3i6.81 1.8116.5i 1.7

i4.51 1.oi17.51 1.8!4.31 1.0i11.8i 1.2i7.5! 3.0

iii.0 2.2

Value at

Epoch

3262799700.9

397781433.9

222910534.0

2752862689.8

396580070.8

445233366.0

223065180.6

601887725.5

2044501755.0

7588398542.6

149776487.4

3527016944.4329299147.7

3214772204.4

620341861.7

5998325402.6

Error Corre-mm lat£on

i

i 2.52i 1.62

i11.20

i 3.73

i 2.51i

i 1.84i 2.27

i 2.46i .36

i 1.02

i 1.71i22.11i 9.02125.40

i 2.41

! .60

i -.96

i .43'.-. .91

i -.19

! .28

i -.32

i -.33i -.19

i -.55

i -.69

| -.38.95

i .94

i .94i .66

6_

Table 6.3

Transverse

BaselineName

ALGOPARK--GILCREEK

ALGOPARK-HRAS 085

ALGOPARK-KAUAI

ALGOPARK-KODIAK

ALGOPARK-MATERA

ALGOPARK-MOJAVEI2

AI_OPARK-NRA085 3

ALGOPARK-PENTICTN

ALGOPARK-RICHMOND

AI_OPARK-SNDPOINT

ALGOPARK-VICTORIA

ALGOPARK-WESTFORD

ALGOPARK-WETTZELL

ALGOPARK-YELI_WKN

ALGOPARK-YLOW7296

AUSTINTX-HRAS 085

AUSTINTX-RICHMOND

AUSTINTX-WESTFORD

BERMUDA -MARPOINT

BERMUDA -RICHMOND

BERMUDA -WESTFORD

BLKBUTTE-ELY

BLKBUTTE-HATCREEK

BLKBUTTE-HRAS 085

BLKBUTTE-MOJAVEI 2

BI/<BUTTE-MON PEAK

BIXBUTTE-OCOTILI_

BI/<BUTTE-OVRO 130

BI/<BUTTE-PRESIDIO

BLKBUTTE-PT REYES

[BI/<BUTTE-VNDNBERG

BLOOMIND-HRAS 085

BLOOMIND-WESTFORD

BREST -MOJAVEI2

BREST -NOTO

BREST -ONSALA60

BREST -RICHMOND

BREST -WESTFORD

'BREST -WETTZELL

CARNUSTY-MOJAVEI2

Sessions

Num I SpanObs yr to yr

27 i84.7-91.65 !84.7-85.77 i90.5-91.63 i90.5-90.5

3 191.4-91.6

29 !85.6-91.67 E90.5-91.6

6 i84.7-90.6

15 _90.5-91.6

3 190.5-90.5

3 i90.6-90.629!84.7-91.612 i90.5-91.6

2 !84.7-85.7

2 191.5-91.6

i i87.5-87.5

I i87.5-87.5

1 i87.5-87.53 i87.6-87.6

4 i87.6-87.6

4 i87.6-87.6

2 i88.8-88.85 i87.1-88.8

5 }83.9-88.812 i83.9-88.8

4 i83.9-86.82 !84.2-85.0

3 i86.4-87.8

2 i87.4-87.8

1 187.1-87.1

12 183.9-88.8

1 !87.6-87.6

1 187.6-87.62 i89.7-89.7

4 i89.7-89.7

1 189.7-89.7

1 189.7-89.7

2 i89.7-89.7

4 i89.7-89.7

1 i89.6-89.6

Statistical Summary

Mean Statistics Rate Statistics

mm Sqz mm/yr I mm/yr Sqr

5.6 i 14.0

5.2_ 5.4

25.9 i 32.5

.4 i 4.74.2! 7.2

2.oi 6.32.4 1 4.77.1i 13.4

4.2 i 9.1

1.9 i 4.2

2.7 I 4.8

1.8 i 6.3

2.6 i 7.3.11 3.1.5! 11.0

3.9i4.4i5.2i

48.71 25.4

7.8 i 7.0

3.4i 4.4

4.4 i 5.0

8.91 8.4

4.2 i 7.1

1.9i 5.2

8.4i 11.92.1i 2.89.1 i 8.2

16.2 i 5.16.0i

12.3 i 30.1

n.6i12.4_ --

17.2 1 11.2

7.2! 7.0

5.3 i

8.6_15.8 i 12.2

12.1ilO.8

7.6 i

.i

i i0.51 -5.9! 2.11i 26.66

i .96

i 2.12

l 3.24 3.1i 1.40

i515-37 ii 7.77 --i 5o i" ii .89 _ _

i5.79-2.3 ii 2.01.70

i 24.50 --i

i

i lO.lOi 94_

! .65 i

i 2.28 _i! 2.84

i 1.68-3.4 111.89 3.5i

i 8.25 22.1 ii .225.78

i 1.o3 --_

i 27.68 26.0i.

1 4.29 -- i "

! 1.52--i

i 7.10 -- i5.07

j .6

i

--i .9

1,7

.7

i

i6.2!

i-i

is.a{

19oi

•" i

2.14

2.34

2.93

4.38

i!--

i i2.9 i 5.9_ 1.52

.7 i 2.91 .64

3.1 i 2.3i .46

i--i

1.6 i 5.8{ 1.15

i "

62,3


BaselineName

CARNUSTY-RI CHMOND

CARNUSTY-WESTFORD

CARNUSTY-WETTZELL

CARROLGA-HRAS 085

CARROLGA-RI CHMOND

CARROLGA-WESTFORD

CHLBOLTN-HAYSTACK

CHLBOLTN-HRAS 085

CHLBOLTN-ONSALA60

CHLBOLTN-OVRO 130

DEADMANL-JPL MV1

DEADMANL-MOJAVE 12

DEADMANL-SANPAULA

DEADMANL-VNDNBERG

DSS15 -GILCREEK[

DSS15 -GOLDVENU

DSSI5 -HAYSTACK_

DSSI5 -MOJAVEI2

DSSI5 -MOJ 7288

DSS15 -OVRO 130

DSSI5 -OVR 7853

DSSI5 -YAKATAGA

DSS45 -GILCEEEK

DSS45 -HARTEAO

DSS45 -HOBART26

DSS45 -KASHIM34

DSS45 -KASHIMA

DSS45 -KAUAI

DSS45 -KWAJAL26

DSS45 -MEDICINA

DSS45 -MOJAVEI2

DSS45 -SANTIAI2

DSS45 -SESHAN25

DSS45 -_TETTZELL

DSS65 -EFLSBERG

DSS65 -HRAS 085

DSS65 -MATERA

DSS65 -MEDICINA

DSS65 -MOJAVEI2

DSS65 -NOTO

Transverse Statistical Summary

Sessions

Num SpanObs yr to _rr

1 _89.6-89.61 189.6-89.6

4 i89.6-89.6

1i87.5-87.51 i87.5-87.5

1 i87.5-87.57 i80.8-80.87 i80.8-80.8

=

7 i80.8-80.86 180.8-80.8

1 i88.1-88.1

5 i84.2-88.1

4 184.2-87.9

5 i84.2-88.12 i88.9-89.6

T

1 i87.8-87.82 i88.9-89.6

1 187.8-87.8

1 187.8-87.8 =2 i87.8-88.9

T

1 i87.8-87.81 !89.6-89.6

13 i88.5-91.7_

4 !91.3-91.98 i89.9-91.9

i5 !90.2-91.7

11 i88.5-91.415 i88.4-91.7

3 !88.5-88.6

1 i91.8-91.8

1 !88.4-88.41 i91.9-91.9

16 i88.5-91.8

2i91.3-91.51 {91.9-91.9

i i88.8-88.86 i90.4-91.9

10 i88.7-91.9

1 i88.8-88.8

5 i89.4-91.7

Mean Statistics

Error WEMS CEll

mm Sqr

7.5_ --5.9i --

4.01=

8

9

7

7

5

6

ii

8

5

12

21

7

2

.9

1.7

2.0

I.I

2.8

4.8

14.6

5.3

.8

14.6

15.8

16.9

2.2

18.3

12.4

12.4

11.6

70.9

1.9

i-

!

8.7 i 1.82.4i--.oi--ii

.81--i

.9i 7.81 1.32

.3i 7.2i .69

.li 7.4i 1.87

6i lO31 1.3o.9i--i.oi 68i 2.05• 61 15.11 2.52

.71 27.1 i 7.49

.1i 33 i 213

.si--ii .6i .o7i--i! 1.2i .33i

!--ii--ii 22.21 5.88i 9.3! 1.25

i 94i 14.6i 5.4oi 25.51 14.21

i 42.81 28.28

i 3.6 i .22

i--!i--i--i 20"1i 7.00

i 18"1 i 6.39

4.7

12.1

2.6

4.6

7.3

i--!1 5.7i 6.06

i 4.6i 4.72

i 6.6! 11.26

Rate Statistics

IbLte Error _ Chl

==/Tr ==/Tr == Sqr

5.9

15.6

29.7

19.5

-i. 2

m

!i 4.1

i 7.2

i 7.9

iE

i .6

i 1.6

i i

i=i

i[!

i--i--i5.2! 1.61i8.3i 1.14i11.31 1.73

i--i

:" |

i ii-=ii9.1 i 1.o9

i2.7i 1.00

-30.4-41.4i

--i-16.9i__i

-3-3 i

-7.7 i

i 2.42.6

2.9

.9

2.6

u

j5.9

j ii--i11o.8_.= i

i 2.7i• =

13.3i

i .831.49

2.18

1.85

3.82

6.24

Table63 (continued)

BaselineName

DSS65 -ONSALA60

DSS65 -RICHMOND

DSS65 -HESTFORD

DSS65 -_ETTZELLi

EFLSBERG-HAYSTACK

EFLSBERG-HRAS 085

EFLSBERG-MATERA

EFLS BERG-MEDI CINA

EFLS BERG-NRAO 140

EFLSBERG-ONSALA60

EFLSBERG-OVRO 130

EFLSBERG-ROBLED32

EFLSBERG-WESTFORD

EFLSBERG-WETTZELL

ELY -HATCREEK

ELY -HRAS 085

ELY -MOJAVEI2

ELY -OVRO 130

ELY -PLATTVIL

ELY -VNDNBERG

ELY -WESTFORD

ELY -YUMA

FD-VI3A -ERAS 085

FLAGSTAF-HATCREEK

FLAGSTAF-HRAS 085

FLAGSTAF-MOJAVEI2

FLAGSTAF-PLATTVIL

FLAGSTAF-VERNAL

FLAGSTAF-WESTFORD

FORTORDS-GILCKEEK

FORTORDS-HATCREEK

FORTORDS-HAYSTACK

FORTORDS-MOJAVEI2

FORTOEDS-OVRO 130

FORTORDS-PRESIDIO

FORTORDS-PT KEYES

FORTORDS-QUINCYFORTORDS-VNDNBERG

FORTORDS-WESTFORD

FORTORDS-YLOW7296

Transverse

Sessions

Num Span

Obs yr to _rr

i0 E88.8-91.7

3 i88.7-89.0

5 188.7-89.4

12 i88.7-91.97 }79.9-83.3

6 i80.6-83.3

1 191.9-91.9

1 _91.9-91.9

1 i79.9-79.9

6 i80.6-83.3|

6 179.9-80.7

1 i83.3-83.3

I i83.3-83.3

1 i91.9-91.99 185.3-89.3

J10 i84.3-89.312 _84.3-90.8

1 i86.3-86.3

3 184.3-86.3

5 i87.4-88.8

4 i89.3-90.8

3 !87.4-88.3

4 i91.3-91.4

8 i84.3-90.96 _84.3-88.8

i

8 184.3-90.9

4 i84.3-88.8

2 i87.3-88.3

2 i90.8-90.917 _88.9-91.6

J16 i88.9-90.1

1 i89.8-89.8

19 i88.9-91.6

2!88.9-88.93 i89.8-89.9i

5 i88.9-89.9

2 i89.8-89.817i88.9-90.1

11189.8-91.62 i91.6-91.6

Statistical Summary


Error' WRMS [ Chl Rate ErrorlW_ Ghlmm mm Sqr mm/yr mm/yr Sqr

3.5i 5.6

4.2 I 5.7.5 2.6

2.3 i 3.7

7.31 20.1

22.8 i 31.3

1.9 i --1.5

25.3

2.2 i 5.9

11.51 23.78.9i --6.2 1 --

1.oi6.01 13.0

3.7 i 13.92.2_ 5.6

5.61 --

2.7 i 4.7

5.11 19.7

2.0i 3.3

2.61 4.0

.3 i .5

4.8 i 8.6

5.3 1 9.4

7.31 15.46.0i 7.3

2.5 i 5.3

5.7 1 6.02.9i 8.7

2.7 i 9.38.6i --

10.5_ 37.93.3 i 2.2

3.8 i 3.6

! 5.61

i I.Ii.43

! 2.99

i 8.o61

i 13.15

i 1.08

i 5.34

! 4.26

1 4.87

i 1.63

Ji .32

12.66

i .19

! .57

! 1.24} 1.83

i 2.63

i 7.42

i 1.33

i 2.37

i i.40

i 2.86

i 5.95

i 62.52

! .24

i .49

! 8.42

i .28! 12.62

i 33.84

i 1.93

2.3

i 2.0

i 3.1

-7.212.3 i

-1.o!-1.81

6.8i-3.1i

J

9.9i

!

22"9 i

--i

1.4

.7

1.5

3.6

i.i

2.9

2.1

2.3

i i

;i12"6! 4.52

i 6.6_ 1.24

! 4"0i. "91

i--}i--i

• ii8.31 2.o0

i 5.8} 1.22

i 5.8 i 1.29

!--i14.8i .99

T

i--i

i .o! 1.74

i--i!--i5.1i 15.2

1.3i 2.54.9 i 15.8

13.9 1 32.6

12.2 i 5.1

615


BaselineName

FORT ORD-GILCREEK

FORT ORD-HATCREEK

FORT ORD-HRAS 085

FORT ORD-JPL MV1

FORT ORD-MOJAVE12

FORT ORD-MON PEAK

FORT ORD-OVRO 130

FORT ORD-PRESIDIO

FORT ORD-PT REYES

FORT ORD-VNDNBERG

FTD 7900-HRAS 085

FTD 7900-MOJAVEI2

FTD 7900-PIETOWN

FTD 7900-WESTFORD

GI LCREEK-GOLDVENU


Sessions

Nun SpanObs yr to

4 i88.1-88.1

1oi84.2-88.14 i85.2-87.8

1 i87.8-87.8

ii i83.7-88.1

i i87.1-87.1

5 i83.7-87.8

Mean Statistics

Error WRMS Chi

mm mm Sqr

i

1.11 4.5i .9524.oi3o.1i50.84

7.5i 14.3 i 4.31

551--i12.4i 28.6f 29.55

T

5.2i-- i20.7 i 45.3 i 52.78

Rate Statistics

Rate Error WRMS Chi

mm/yr mm/yr mm Sqr

--!22.3_

12.4 i

19.4 i

i30.2 i

2.9 ilO.6!7.023.3 ! 5.0i .79

1.8 i 7.6 i 2.29

5.4 i13.3 i 6.08

4 i83.7-88.13 i87.4-88.1

11 !83.7-88.1

i i88.8-88.8i i88.8-88.8

1 !88.8-88.8

ii88.8-88.84 i88.5-91.6

9.5 i9.4!2.9 i

2.5 i

3.5! --2.7 I --

9.4 1 5.12

6.2i 1.8o7.5 i 2.98

6.5_

7.8 i 9.0 i 11.70

3.5

1.6

--i----i

i_

.:

--6.3 i

3.1 i 7.41 4.73: i

1.7 _ 7.2 i 3.00

i--i2.7 ! 4.7 i 4.80

GILCREEK-HALEAKAL

GILCREEK-HARTRAO

GILCREEK-HATCREEK

GILCREEK-HAYSTACK

GILCREEK-HOBART26

GILCREEK-HRAS 085

3 i88.5-88.54 i90.4-92.0

65i85.4-90.823!84.7-91.6

29i89.7-92.0

55i84.7-89.5

3.3 i 3.8i

72i 173i1.4i 6.8i3.2i 8.5i6.2 i 19.1 1

2.4i 11.1!

.55

2.71

2.98

9.52

3.38

8.21

.8 i-7.8 i19.3!

-8.8i

j--j

.616.71 2.94

.8 i 3.7 i 1.89

3.8 i137 i 180.6 i 4.91 1.63

!--iGILCREEK-KASHIM34

GILCREEK-KASHIMA

GILCREEK-KAUAI

GILCREEK-KODIAK

GI LCREEK-KWAJAL26

GILCREEK-LA-VLBA

!GILCREEK-MARCUS

GILCREEK-MARPOINT

GILCREEK-MATERA

GILCREEK-MEDICINA

GILCREEK-MIZUSGSI

GILCREEK-MOJAVEI2

GILCREEK-NOBEY 6M

GILCREEK-NOME

GILCREEK-NOTO

GILCREEK-NRA085 3

GILCREEK-NRAO 140

GILCREEK-ONSALA60

GILCREEK-OVRO 130

22 i90.2-92.0

117 184.6-91.9

236 i84.5-92.015 _84.6-90.51

i19i84.5-88.611 !91.4-91.9 I

1 i90.5-90.5

24 i88.1-89.615 i90.8-91.9

i

3 189.0-91.21 i91.9-91.9

266 184.5-91.9

7 i89 9-91.5

10 i84.5-90.5

4i89.5-91.2135i89.1-92.0

1190.7-90.7

12i85.5-91.612i85.4-88.9

3.8 i 11.2 i 4.336.5_ 34.3 I 41.66

13.7 }130.0 i706.43

3.7 i 11.7 i 10.88

50.6 i122.3 1365.96

4.8i 6.85.91 --

2.6! lO.O3.7! 9.6

7.2 i 17.011.1i-

.61 6.78.4 1 11.2

2.5i 9.0

4.2i 5.1.8i 7.0

4.4!

17.3 i 23.04.8i 8.7

i 1.32

i 2.82E

i 17.39

ii 4.09i 1.73!3.52

i .79

i 2.06ii 27.90

i 6.87

20.3 i

65.3i8.2!

88.5i

-3-2 i

-2.7iI

-5.2 i

i

.3 i 5.6 i 1.11

.2 _ 6.6i 1.85

.9 i 4.3 ! 1.57

1.8 _10.0i 2.59

i-i

.6 i 5.6 i 1.36

i--i1.5i9.8i5.562.6!8.1! 6.47

6.26


BaselineName

GILCREEK-PENTICTN

GILCREEK-PIETOWN

GILCREEK-PINFLATS

GILCREEK-PLATTVIL

GILCREEK-PRESIDIO

GILCREEK-PT REYES

GILCREEK-PVERDES

GILCREEK-QUINCY

GI LCREEK-RI CHMOND

GILCREEK-SANPAULA

GILCREEK-SANTIAI2

GILCREEK-SEATTLEI

GILCREEK-SESHAN25

GILCREEK-SEST

GILCREEK-SHANGHAI

GILCREEK-SNDPOINT

GILCREEK-SOURDOGH

GILCREEK-TRYSILNO

GILCREEK-VICTORIA

GILCREEK-VNDNBERG

GILCREEK-WESTFORD

GILCREEK-WETTZELL

GILCREEK-WHTHORSE

iGILCREEK-YAKATAGA

GILCREEK-YELLOWKIq

GILCREEK-YLOW7296

GOLDVENU-HAYSTACK

GOLDVENU-HRAS 085

GOLDVENU-KASHIM34

GOLDVENU-KASHIMA

GOLDVENU-MEDICINA

GOLDVENU-MOJAVEI2

GOLDVENU-MOJ 7288

GOLDVENU-NRAO 140

GOLDVENU-ONSALA60

GOLDVENU-OVRO 130

GOLDVENU-OVR 7853

GOLDVENU-PRES IDIO

GOLDVENU-PT REYES

GOLDVENU-QUINCY

Transverse

Sessions

Num i SpanObs T r to _"

5 i84.7-90.6

31 i89.6-91.9

2 .."90.1-90.I

i0 i85.4-90.8

10 188.1-91.5

12

2

4

139

2

188.1-91.5

i90.1-90.1

i89.8-90.8

187.3-92.0

190.I-90.i,

2 i92.0-92.0

219o. 6-90.617 i88.3-92.0

2 i90.4-90.4i i86.5-86.5

13 !84.5-90.5

16 i84.6-89.66 !91.9-92.03 i90.6-90.6

80 i84.5-91.6i

166184.7-92.0

34184.7-92.0

9 i84.6-89.6

16!84.6-90.42i84.7-85.7

!8 i91.5-91.6

4 181.9-91.6

3 181.9-82.8i !90.6-90.6

1 !91.6-91.6!

Mean Statistics

Error Tw'RF_ I Chimm --. Sqr

Statistical Summar 7

Rate Statistics

mm/yr I mm/yr Sqr

9.9i1.2!8.3 i

4.7!3.6!

ii.I

3.2

5.9

8.6

10.9

4.2 i i0.8

1.21 1.51.1 i 4.4

1.6 i 12.7

.6 i 1.0

.6

12.1

6.8

9.1

43.2

3.2

2.7

.6

1.2

2.9

2.1

14.2

8.0

16.7

5.8

1.3

7.9

5.3

6.2

7.4

i 3.85.4

i 17.9

i 11.4

i 10.9

! 8.1

i 2.0

i 4.1i 18.0

12.1

i31.4i 12.1

!41.5i 60

i 4.4

i 4.0

i 13.2

i-i 14.9

i 2.9

i 18.o

i 3.8

i 5.87

i 1.76

i 2.75i 4.24

i 5.02

i 4.88i .18

i .71! 4.58i .o6

i .31

i 1.57

i 7.44

1.45

i 6.57

i 7.71

i .22i .8616.42

i ii. Ol

i 43.48

i ii. 41

i144.51

i 3.25

i 2.01

i 1.81

i 5.26

i 20.08

! 1.92ii

i ii. 04

i 128

i

-4.1 i .4-1.9 i .9

-4.6 i .8

Io.7 i 1.5

8.61 i.i

-ii.8 i .5--i

--i-12.7 i 2.1

7.0i .8

4.0 1 2.4

--ilO.2i .4

!

-7.1 i .3-13.2i .8

4.8! 3.4

3.8 i .9

i

-.6 i .9

!.91 .7

-4.8i 1.7

-i.0 1 .5

--!

il.9ii 3.0i

i3.6!

i4.2i

--i..- !•, ii

i::. 9"6 i

i--!

14.1ii7.11i •" -i

!6.2i

.24

1.58

2 i90.6-91.2

5 i83.7-88.5

i i87.8-87.8I i81.9-81.9

6 i81.9-91.6

6 i81.9-87.8I i87.8-87.8

1 i83.7-83.7

i i83.7-83.7i !82.8-82.8

8.7

2.2

2.3

5.1

21.2

1.6

2.0

II .0

9.9

6.7

.84

.39

.82

I. 04

2.28

1.01

6.88

1.95

i 5.51 2.24i10.7 i 5.25

ilO.7i 10.24

i--i2"7i "70._ ..,

i3.6i 2.15

" i, !

i2.4i 1.66!

i--ii104i 458t: i

2.9i .89

, !|

6.27

BaselineName

GOLDVENU-VNDNBERG

GOLDVENU-WESTFORD

GORF7102-HRAS 085

GORF7102-MARPOINT

GORF7102-MOJAVE12

GORF7102-NRA085 3

GORF7102-RICHMOND

GORF7102-SANTIAI2

IGORF7102-WESTFORD

GORF7102-WETTZELL

GRASSE -MOJAVEI21

GRASSE -NOTO

GRASSE -RICHMOND

GRASSE -WESTFORD

GRASSE -WETTZELL

_KAUAI

HALEAKAL-MOJAVEI2

HARTRAO -HOBART26

HARTRAO -HRAS 085

HARTRAO -KASHIM34

HARTRAO -KASHIMA

HARTRAO -KAUAI

HARTRAO -MATERA

HARTRAO -MEDICINA

HARTRAO -MOJAVEI2 :

HARTRAO -NOTO

HARTRAO -NRAO85 3

HARTRAO -ONSALA60

HARTRAO -RICHMOND

HARTRAO -SANTIAI2

HARTRAO -SESHAN25

HARTRAO -SEST

HARTRAO -WESTFORD

HARTRAO -WETTZELL

HATCREEK-HAYSTACK

HATCREEK-HRAS 085

'HATCREEK-JPL MVI

HATCREEK-KASHIM34

HATCREEK-KASHIMA

HATCREEK-KAUAI


Transverse Statistical S,,mm-ry

Sessions

Num Span

Obs yr to yr

1 i83.7-83 74 !81.9-88.5

1 i89.4-89.4

2 i89.4-89.45 189.8-91.9

4 189.4-91.7

6 189.4-91.71 }91.9-91.9

7 189.4-91.9

1 i91.9-91.9

I i89.7-89.72 i89.7-89.7

1 189.7-89.71 i89.7-89.7

4 i89.7-89.7

3 i88.5-88.5

3 i88.5-88.527 i90.0-92.0

6 i87.1-89.26 i90.4-92.0

2 i90.3-90.4

4 i90.4-92.01 _91.9-91.9

5 !88• 0-91.8

23 i90.0-91.9

4 i91.4-91.71 i91.9-91.9

7186•0-90•44o i86.0-91.9

4 i91.9-92.0

7 i90.3-92.0

2 i90.4-90.4

50 186.0-92.046 _86.0-92.0

2 184.3-89.8

62 i83.4-89.42 !83.5-87•8

1 i90.8-90 8

16 i84.2-90.117 185.4-90.8


mm mm Sqr mm/yr mm/yr , Sqr

841 --9.21 7•7

5•01

5.5i 11.26.5} 8•5

5•5i5.1_

10.3 i --

4.117.81

5.9

8.6i

i6.7 i

! 2.83

i 14.77

i 3.21

i 3.o46.58

3.63

8.2i• 2i .2

9.4! --7.5 i--

I•0 i 1.8

16.8 i 14.4

2•2 I 4.03.9i 13.1

Ii.4 i 28.7

21.5 1 23.9

24.5i 12.1 i

39•4 i 20.2!

6.7!--i3oi 33i7.4 1 23.2 1

i

3.0! 2•9 i1121--15.21 15.4

9.6 i 40.51•8i 11.7

!

12.31 20.3

.5i 3.0i0.i i 38.4

6.7i20.37.7i 9.9

1.7! 9.413.9 i 32.9

8.7 i --

15.7i 22.7138.31104.2

i .00

!--

i •34

i 10.64

i •411 1.39

i 4.01

4.59

1.88

3•37

•14

4.05

.19

! 2.54

ilO.36i 1•60

i 3•05

i .o8i 11.37

1 5.57

i 4.33

! 2.31

66.14

i17.77

i522.78

i-2.4 i .2

-6.2 i 4.0

2.8 1 3.5

-5.7 i 3.0

-.6 i 2.9

:--ji 1.1i

i64i5.2i

i6.6i

.O9

2.37

3.46

4.31

4.33

-31.7

iii 5.6i--

i

1.6i

--!4.6i

-18.2 !

-18.0 !

9"0 i __

-3.9 i

14.4 i

68.81

1.5

3.9

1.3

i.I

.9

.5

1.5

1.1

i i

--i-ii-- iE

i 9.5i .55

!--i

12.81 .13i i

i13.6i 2.37

i 1.81

!i5.4_ 1.87

_10.9 .-" 1.63

i 6.8i 1.23

i 8.21 2.48

6._

Table 63 (coBtinu_)

BaselineName

HATCREEK-KODIAK

HATCREEK-MAMMOTHL

HATCREEK-MOJAVEI21

HATCREEK-MON PEAK

HATCREEK-OVRO 130

HATCREEK-PINFLATS

HATCKEEK-PLATTVI L i

HATCREEK-PRES IDIO

HATCREEK-PT REYES

HATCR.EEK-PVERDES

HATCREEK-QUINCY

HATCREEK-SANPAULA

HATCREEK-SNDPOINT

HATCREEK-VERNAL

HATCREEK-VNDNBERG

HATCREEK-WESTFORD

HATCREEK-YAKATAGA

HATCKEEK-YUMA

HAYS TACK-HRAS 085

HAYS TACK-KASHIM34

HAYSTACK-KASHIMA

HAYSTACK-KODIAK

HAYSTACK-MARPOINT

HAYSTACK-MEDICINA

HAYSTACK-MOJAVEI2

HAYSTACK-NRAO 140

HAYSTACK-ONSALA60

HAYSTACK-OVRO 130

HAYSTACK-PIETO_

HAYSTACK-PLATTVIL

HAYSTACK-PRESIDIO

HAYSTACK-ROBLED32

HAYSTACK-VNDNBERG

HAYSTACK-WESTFORD

HAYSTACK-WETTZELL

HAYSTACK-YAKATAGA

HOBART26-KASHIM34

HOBART26-KASHIMA

HOBART26-KAUAI

HOBART26-MOJAVEI2

Transverse

Sessions


2 i87.5-87.51183.5-83.5

139 i83.5-90.9

24 i83.5-90.91

38 i83.4-88.9

2 _90.1-90.1

22i83.4-90.814i85.8-90.116i84.2-90.04189.1-90.1

17 183.5-90.8

4 i89.1-90.1

1 i87.6-87.6

8 186.2-90.8

92 !84.2-90.1i

32 i83.4-90.9

3 i87.6-87.612 i85.2-88.8

36 !80.3-89.51 {90.6-90.6

3 184.7-91.6

I i89.5-89.5

2 i82.5-82.5

2j90.6-91.224 i84.3-89.8

5 i79.6-81.9

42 !80.6-91.6

29 i79.6-88.913 i89.6-89.8

1 i84.3-84.3

1 i89.8-89.8

1 i83.3-83.3

I i89.8-89.8

26 i81.4-89.86 i84.7-86.7

1 189.6-89.6

18 190.2-92.0

9 189.7-90.5

14 i89.7-92.020 {90.0-91.9

Statistical Summary


ErrorlWEMS Chl Rate Error WEMS Chi

mm I mm Sqr mm/yr mm/yr mm Sqr

I.I

6.6

1.3

7.3

2.3

1.5

4.0

I0.I

15.3

.9

2.4

3.3

76.1

2.9

4.5

2.6

1.2

2.6

3.7

5.9

154.5

5.9

2.2

9.6

1.4

2.7

2.4

4.1

1.4

6.7

8.5

7.1

7.5

.5

7.0

! .9i--i 9.9i 25.2

i 8.3

! 4.0

j lO.6i 23.9

35.7

! 1.9

6.6i 3.7

i 8.8

i 24.9

i 8.5i 4.6! 7.2

i 15.3!--i 43.1

i--i 4.1

i 7.4i 4.4

i .05

ii 7.55

i 24.39

i 4.11

i 1.94i 3.09

i 41.00

i 69.33

i .25

i 2.95

i .81

i 2.26

i 53.20

i 2.44i 1.02i 141i 5.88

!66.85

ii 3.23

i 6.21i 3.13

i 3.3 I 1.49

i 10.9! 3.17i 10.9i 3.13

i 3.3 i 3.95

!--ii 2"9i

1 9-2 ii

i17.6 i

7.9i

34.1i

25.41

5.oi--7.6i38i

18.6 i8.8_

4.51

4.60

4.34!

1.51

14.87

4.37

-4.4 i .3

12.2 i 1.2

-2.91 .7

--i4.0 i .7

14.5 i 2.3

26.21 1.0

i1.6i .8

1.91 2.2

17.9 i .5

1.0 i 1.0--i-2.8i 2.2-5.1 i .6

--!

-.7 i .7

-1.6i 2.1-1.4i .41.4i .8

i--

•oi .3-1.9! 5.8

--i

-39.6i 5.4

i i

i--ii5.9iiI0.21

16.7!

i--i--! 6.5ii7.8!

} 5.8i

i '"i8.3i16.91

i8. i}--!--16.6!! 8.2 ii--}

!--i

2.68

4.15

2.79

1.22

5. I0

1.40

2.46

2.33

4.10

2.44

1.33

1.73

i-- ii43!i 3.01 1.67i 9.8i 2.61

ii0.2! 2.88

12.9ii9.oEi

•' {

!=!--{14.6!

3.13

4.69

5.60

2.96

6.29

Table6.3(continued)

BaselineName

HOBART26-NOBEY 6M

HOBART26-ONSALA60

HOBART26-SANTIA12

HOBART26-SESHAN25

HOBART26-SEST

HOBART26-WESTFORD

HOBART26-WETTZELL

HOHENFRG-MOJAVEI2

HOHENFRG-NOTO

HOHENFRG-RICHMOND

HOHENFRG-WESTFORD

HOHENFRG-WETTZELL

HRAS 085-JPL MVI

HRAS 085-KASHIMA

HRAS 085-KODIAK

lIRAS 085-LEONRDOK

HRAS 085-MAMMOTHL

HRAS 085-MARPOINT

HRAS 085-MCD 7850

HRAS 085-MEDICINA

HRAS 085-MILESMON

HRAS 085-MOJAVEI2

HRAS 085-MON PEAK

HRAS 085-NRAO85 3

HRAS 085-NRAO 140

HRAS 085-ONSALA60

HRAS 085-OVRO 130

HRAS 085-PENTICTN

HRAS 085-PIETOWN

HRAS 085-PINFLATS

HRAS 085-PLATTVIL

HRAS 085-PRESIDIO

HRAS 085-PT REYES

HRAS 085-QUINCY

HRAS 085-RICHMOND

HRAS 085-ROBLED32

HRAS 085-VERNAL

liRAS 085-VNDNBERG

HRAS 085-WESTFORD

HRAS 085-WETTZELL

Transverse

Sessions


4 i90.2-91.52 i90.4-90.4

4 i91.9-92.0

9 i90.0-92.0i

2 !90.4-90.4

4 }90.4-92.04 191.3-92.0

2 i89.5-89.5

5 189.5-89.5

2 i89.5-89.5

2 189.5-89.5

5 i89.5-89.5

3 i82.8-87.8

27 !87.3-89.51 i89.5-89.5

1 187.6-87.6

1 i83.5-83.53 i82.8-89.4

1 188.8-88.812 i87.3-89.1

!

1 i88.3-88.3134 !83.5-90.8

33 i82.8-89.4

1 i89.4-89.4

6 i80.3-88.8107 !80.6-89.4

73 i80.3-88.8

3 i84.7-85.7

3 !88.7-88.8

5 i85.8-87.0

20 183.4-89.34 E85.2-87.1

2 185.2-85.8

14 i82.8-89.3350 184.0-90.8

1 i83.3-83.3

6 186.2-89.3

44 183.9-89.4

597 i81.4-90.8415 i83.9-90.8

Statistical Summaz 7


,==o,i-I ,r=l mm mm Sqr mm/yr mm/yr Sqr

i

10.2!

3.4i

6.1 i

7.4i16.7 i

45.1i56.9i2.2

2.2

.0

.9

3.2

29.6

2.0

6.1

4.8

12.8

12.9

2.2

3.5

4.9 i --

.6!5.8i4.2!-

25.9 i

3.9_1.319.4i

.2i4.6 i

2.714.3 i

.94.4

.9

11.5

4.2

9.1

.9

1.3

11.6 i 1.66

5.31 .3510.6 i 1.20

13.3 i 3.22

10.3 1 1.36

54.7 I 23.0039.2i 17.03

i 5o! 75i s3i 116! .1i .oo13.81 .74i 5.8i 4.151 27.6i 16.24

il--!8.3! .93

!--!i 17.0i 10.16

i 13.2E 3.51_i

6.01 2.52

29.3! 19.84i

22.6i 48.83i

30.3i 14.208.21 2.60

6.5 i 2.00

.6i .148.2! 1.9o

!

7.4 1 3.52

5.6 i .54

i 8.91 1.77lO.8 i 1.75

i 15.7i 6.78

i--i! 5.6i 1.66i 36.4! 28.11

i 15.9! 8.54

i 26"51 12.63

m

i---i

I

i

6"2 i

i

2.0 i16.0i

-6.8ii

-11.21-.6 i

--i

i

-3.5!

-3.2 i

-7.9i

-.9i25.3i

-7.5 i

-15.9!

2.1

.2

.8

.8

.5

.3

.8

1.4

.3

2.4

1.0

.i

.2

i i

i=i-." g| .:

i

i i!--i--i i

i-i-i7.21

: ii--i

i i

i--iJ

!4.8!i8.3i

15.4i•: i112.5ii8.oii ii ii =-

15.oi

.: |i 9.1ii8.5ii i!--i15.5118.8ii5.8i17.8i

.72

1.63

1.63

3.53

2.45

2.53

1.69

1.33

1.99

2.01

1.67

i. 14

1.09

6.30


Transverse

BaselineName

HRAS 085-YELLOWKN

HRAS 085-YUMA

JPLMVI -MAMMOTHL

JPLMVI -MOJAVEI2

JPLMVI -MON PEAK

JPLMVI -OVRO 130

JPLMVI -PBLOSSOM

Sessions

Num Span

Obs ]rr to y'r

i

2 f84.7-85.718 j83.8-88.8

4 i83.5-86.8

21 i83.5-88.9

1 182.8-82.8

19{82.8-88

7i83.1-88

.9

.0

Statistical Summary

Mean Statistics

Sqr

i .ooi 1.73

i12.28158.1o

i 59-41

4.s7JPLMVI -PINFLATS

JPLMVI -PRESIDIO

JPLMVl -QUINCY

JPLMVI -VNDNBERG

KASHIM34-KASHIMA

KASHIM34-KAUAI

KASHIM34-MARCUS

KASHIM34-MEDICINA

6 i83.8-87.02 i88.8-88.9I i82.8-82.8

18 !83.6-88.9

6!9o.2-90.51oi9o.2-92. o1 190.5-90.5

1 i90.6-90.6

Error WRMSmm mm

.4i .2

2.5 1 7.5

12.7! 17.1

9.9i 37.4

6.7 i --

11.7{ 37.4

8.01 14.4

4.01 5.9i 1.oo14.2i6.412.6330.8!- "

10.5i20.0i10.3711.1i 2.61 .74

4.6i 9.8 i 2.814.81

6.41--i

Ratem/yr

in :

-1.8i

9.8i24.o!

$

19.6 i8.oi2.2i

i

14.0 1

--i

i

--!

Rate Statistics

Error WI_ I Chimm/rr Sqr

J--i--1.7!7.2j5.4i10.51Io!6 I

i--i!

1.3i9.8i3.1i 9.4!

1.7!8.91

!-i-

1.72

6.93

1.86

4.32

2.34

i.I0

2.17

KASHIM34-MOJAVEI2 !

KASHIM34-NOBEY 6M!

KASHIM34-ONSALA60

KASHIM34-SANTIAI2

KASHIM34-SESHAN251

KASHIM34-SEST

KASHIM34-SINTOTU

KASHIM34-WESTFORD

KASHIM34-WETTZELL

KASHIMA-KAUAI

KASHIMA -KWAJAL26

KASHIMA -MARCUS

KASHIMA -MEDICINA

KASHIMA-MIYAZAKI

KASHIMA -MIZUSGSI

KASHIMA -MOJAVEI2

KASHIMA -NOBEY 6M

KASHIMA-ONSALA60

KASHIMA-RICHMOND

KASHIMA-SESHAN25

KASHIMA-SHANGHAI

KASHIMA-SINTOTU

KASHIMA -TITIJIMA

KASHIMA -TSUKUBA

KASHIMA -USUDA64

ii 190.2-91• 5

5 i90.2-91.5

3 _90.4-90.62 i92.0-92.0

9 i90.2-92.0

2 i90.4-90.41 190.6-90.6

4 !90.4-92.0

4 191.3-92.0

66 i84.6-91.4I.

16 i84.6-88.6=

i i90.5-90.5i i90.4-90•43 i86.8-88.8

1 !91.9-91.9

56 i84.1-91.2

3 i89.9-90.2!7 i85.5-91.

29 187.3-90.I_

15 i88.3-91.4

1 !86.5-86.51

3_90.6-90.63 i87.9-89.9

7 i84.6-89.7 !

1 i90.6-90.6

9.21

6.9i

3.711.4i6.6i

1.7_4.2i

3.219.418.1

17.5

5.2

6.8

4.2

6.7i--

4.8i1.4i

20.8

4•2

6.9

22.1

1,9

17.1

3.2

5.8

14.9 i 3.5416.4 i .97

6.3 i 1.272.2i .05

13.8 i 9.93

17 6 1 2.41

15 5 i 5.52

5.8} .73

i 15.4! 7.76

i 45.1i 32.05i--j--i--i

5.61 .55l

16.5{ 8.27

5.7 i .95

!16.0112 15iu.9i 1.09i 17.0! 16.73

i--i

! 19 i .22i 23.5i 9.67

i 4.8i

m

m

-8.5

30.3

8.4

8.0

4.6

-17.3

|

i--!i--i

i J

%

Ji

1.9!

|

i_ i

iI ,i! .4

i 2.3i 2.2

2.2

7.3i}i0.6i:

i-i-

1.78

1.88

1.03

4.17

.97

3.19

i 5.8i

18.51i11.o_

17.1i

i 1"5i4'8i .47

6.31

Table 6,3 (continued)

Transverse

KASHIMA -VNDNBERG

KASHIMA -WESTFORD

KASHIMA -WETTZELL

KASHIMA -_TrHORS E

Sessions

Num SpanObs yr to Tr

27 i85.4-90.1s i85.5-90.0

12 i84.7-90.4I i89.6-89.6

Mean

Errormm

E

3.8

25.8

17.2

8.2

Statistical Sunnua_

Statistics Rate Statistics

WRMSI Chi Rate Error WRMS Gh£

mm [ Sqr --./Tc imm/yr mm Sqr

i 5.8i 24.8i 16.0

i--

i 1.13i 28.30

i 8.96

.2116.7 i

"--:i.9i 5.8i 1.17

3.3 {10.9{ 6.41

2.2 i11.5 i 5.08}

KAUAI -IG_AJAL26

KAUAI -LA-VLBA

ZAUAI -MARPOINT

KAUAI -MATERAKAUAI -MOJAVEI2

KAUAI -NOTO

KAUAI -NRAO85 3

KAUAI -ONSAIA60

KAUAI -PIETOWN

:KAUAI -RICHMOND

KAUAI -SANTIA12

KAUAI -SESHAN25

KAUAI -SEST

KAUAI -SHANGHAI

KAUAI -VNDNBERG

KAUAI -_/ESTFORD

KAUAI -WETTZELL

KAUAI -_ITHORSE

KODIAK -MOJAVEI2

KODIAK -NOME

KODIAK -VNDNBERG

KODIAK -WESTFORD

IC_AJAL26-MOJAVEI2

IGiAJAL26-SESHAN25

K_AJAL26-VNDNBERG

LA-VI3A -MOJAVEI2

LA-VLBA -PIETORN

IA-VLBA -WESTFORD

LA-VLBA -WETTZELL

LEONRDOK-RI CHMOND

LEONRDOK-WESTFORD

MAMMOTHL-MOJAVEI2

MAMMOTHL-OVRO 130

MAMMOTHL-VNDNBERG

MARCUS -SESHAN25

MARPOINT-MEDICINA

20 !84.5-88

11 i91.4-916 E88.4-89

1560.8-9165 i84.5-91

3 i89.5-91

129 i89.1-92

2 i90.4-90.4

6 i91.1-91.998 }88.4-92.0

2 192.0-92.0

18 i88.3-92.02 i90.4-90.4

i i86.5-86.5

32 }84.5-90.1

22 i90.4-92.0

17 i91.1-92.0

1 i89.6-89.6

I0 i87.5-90.5

4 i84.6-86.6

4 i84.6-86.6

8 i88.5-90.5

17 184.5-88.6

3 i88.5-88.6

12 i84.5-88.612 i91.4-91.9

4 i91.4-91.912 i91.4-91.9

12 !91.4-91.9

1 i87.6-87.6!

1 i87.6-87.6

4 i83.5-86.8

4 i83.5-86.8

2 184.8-86.8

I i90.5-90.5

1 i89 0-89.01

.6 6.7 i 14.1

.9 15.7! 13.5

.4 30.9i 36.8

.9 6.71 18.8

.9 47.9 i146.6

.2 5.7 i 36.1

.0 7.9 i 47.8

3.3 i 10.4

18.7 i 16.3

7.8 i 43.2

o! o i22.3 i 30.9 1

82 i 15.3i22.1 i-- i18.5i 50.8 1

14.8i31.4_

6.5i 18.8i7.5!-- I1.6i 6.7E32i 5.oi8.7 i 11.8

3.7 i 8.5

45.6 1 88.7

8.4 i 7.132.9i 43.64.o_ 4.0

T

9.21 3.56.8 i 6.78.9i 13.2

5.1 i --

6.2 I --

7.9i11.o1.4i 6.7

31.9 i 16.7

5.81-9.8 i --

i 2.56i

ilO.92i 5.12i 5.71

i969.13

!28.3oij 44.19

i 3.30i 21.19

i 31.11.00

18.24

2.10

95.89

31.94

7.76

1.82

.62

i 3.25

i 2.07

i 83.29i .94

i 21.00

6.95!

i 12.47

i 9.92

! 7.88i__

!i 7.46

i 1.63E 42.94i

i

3.7

64. I

66.3

58.0

-25.1

32.8

-3.6

.2

-15• 9

64.8

38.9

m

-6.5

-I. 8

i 2.1 113.012.29i i--J--i--!--ii "3 i 6"1i• _--i

12i9_ ii--i--i

i " "1.3 i 9.4i

i

i 2.5 in.5_i--ii i--i--i .9 i 7.8i

-' ' iJ" i--!i 1.7i5.4!i 4.8 i 5.0ii12.2 i 8.7!

2.6 i13.51

1 4.9 i16.2i

! ' ,

-i i-i--i i i

i !

1.71

1.85

i .48

2.67

2.34

w

1.32

.92

2.63

2.04

3.18

! 3.7

i 3.1

i

i 6.9 i 4.43

i

6.32

Table6.3(continued)

Transverse Statistical Sunnnat_Sessions MeanStatistics

BaselineName

MARPOINT-NOTO

MARPOINT-NRA085 3

MARYOINT--ONSALA60

Num I SpanObs yr to yr

1 i89.5-89.5

Ii 189.1-89.6

4 _82.5-83.7

Error WRMS

mm mm

..- !

8.4i-- i7.9! n.9 i2.4i 4.2 1

Rate Statistics

Chl Rate Error WRMS Chl

Sqr mm/yr mm/yr mm Sqr

4.88

.40

m

m

i--i

MARPOINT-OVRO 130

MARYOINT-RI CHMOND

MARPOINT-WESTFORD

MATERA -MEDICINA

MATERA -MOJAVEI2

3 !82.5-82.822 i87.6-89.6!

9 i82.5-89.4

5 i90.4-91.9

3 i91.8-92.0

5.1

2.8

7.4

11.2

1.6

i 15.0i 4.16

i 10.3_ 2.69

j 9.2_ 4.29i 4"1i 5.42i 2.4{ .20

n

-5.4

--.8

:" t

i--ii--ii--i

= . }

i .4

i 1.1

i-

i 9.7 i 2.50|

i 8.91. 4.57

MATERA -NOTO

MATERA -NRA085 3

MATERA -ONSALA60

MATERA -RICHMOND

MATERA -WESTFORD

MATERA -WETTZELL

MCD 7850-MOJAVEI2

MCD 7850-PIETOWN

MCD 7850-WESTFORD

MEDICINA-NOTO

MEDICINA-ONSALA60

MEDICINA-RICHMOND

MEDICINA-SESHAN25

MEDICINA-WESTFORD

MEDICINA-WETTZELL

METSHOVI-MOJAVEI2

METSHOVI-ONSALA60

METSHOVI-RICHMOND

METSHOVI-WESTFORD

METSHOVI-WETTZELL

MILESMON-MOJAVEI2

MILESMON-WESTFORD

MOJAVEI2-MON PEAK

MOJAVEI2-NOBEY 6M

MOJAVEI2-NOME

MOJAVEI2-NOTO

MOJAVEI2-NRAO85 3

4 i90.7-91.7

15 i90.8-91.91

4 !90.7-91.7

4 191.8-92.0

3 191.8-92.0

10 i90.4-92.01 _88.8-88.8

i 188.8-88.81 i88.8-88.84190.1-91.7

13 i87.3-91.714 _87.3-89.0

i

2 190.4-91.8

19 i87.3-89.1

22!87.3-91.92 !89.5-89.5

5 !89.5-89.5i

2 189.5-89.5

2 i89.5-89.5

5 i89.5-89.51 _88.3-88.3

1 _88.3-88.3|

36 183.5-90.9

7 189.9-91.5

3 i90.5-90.5

10 189.5-91.79 i89.5-91.8

i

8.81 2.7i

ils.31 4.4i

4.8_ 7.7!

1.6i 2.sl5.61 3.9i2.8i--i

'" i2.oi --5.61 --5.3i 3.3 i4.31 6.7 i

6.9i 5.2i2.4i 7.2i

16_ 40i29! 1.8i4.2 i 7.61

.1i .17.2 i 4.6

9.7 1 11.6

6.oi9.3!-

2.67

2.80

3.67

1.87

.32

3.91

4.71

7.97

1.08

.83

1.85

3.06

.08

2.54

i .00

_ .59

{

8.7) 40.2 i159.13

6.8 i 10.3! 1.051.51 4.2 i .756.9 i 14.7! 4.473.3_ 5.8i 2.07

i 3.2i 1.381 7.61 3.87

i160i 875i 7.1 i 4.39

i--i

m

-i-l-i! i i

--i--4.7 i 1.3

i----!-2.2 I .6

i

!=ii4.5_ 3.93

i-ii--i

i-

MOJAVEI2-NRAO 140

MOJAVEI2-OCOTILLO

MOJAVEI2-ONSALA60

MOJAVEI2-OVRO 130

MOJAVEI2--OVR 7853

3 i88.8-91.8

3 184.2-85.247 i83.8-91.7

81 i83.5-88.9

1 187.8-87.8

2.6

i0.6

4.7

.9

1.7

-6.4

-2.0

":. i

i--i! 7.7 i 6.06

i--i2.9 i 7.5! 1.33

2.2 i 4.7! 1.58

i .8 !i0.0! 3.52

i .4 ! 6.3} 3.47i--!

633


BaselineName

MOJAVEI 2-PBLOS SOM

MOJAVEI2-PENTICTN

MOJAVEI 2-PI ETOWN

MOJAVEI2-PINFLATS

MOJAVE12-PLATTVIL

MOJAVEI2-PRESIDIO

MOJAVE12-PT REYES

MOJAVE12-PVERI)ES

MOJAVE12-QUINCY

MOJAVE 12-RICHMOND

MOJAVEI2-SANPAULA

MOJAVEI2-SANTIA12

MOJAVEI2-SEATTLEI

MOJAVEI2-SEST

MOJAVEI2-SNDPOINT

MOJAVEI2-SOURDOGH

MOJAVEI2-TROMSONO

MOJAVEI2-VERNAL

MOJAVEI2-VICTORIA

MOJAVEI2-VNDNBERG

MOJAVEI2-WESTFORD

MOJAVEI2-WETTZELL

MOJAVEI2-WHTHORSE

MOJAVEI2-YAKATAGA

MOJAVEI2-YLOW7296

MOJAVEI2-YUMA

MOJ 7288-MOJAVEI2

MOJ 7288-OVR0 130

MOJ 7288-OVR 7853 iMON PFJtK-OVRO 130

MON PEAK-QUINCY

MON PEAK-VNDNBERG

MON PEAK-WESTFOED

MON PEAK-YUMA

NOME -SNDPOINT

NOME -VNDNBERG

NOME -WESTFORD

NOTO -NRAO85 3

NOTO -ONSALA60

NOTO -RICHMOND

Transverse Statistical S-,-.,-_-'y

Sessions

Nun, Span

Obs _ to Tr

9 i83.6-88.1

3 i90.6-90.6

34 188.7-91.9

21i83.8-90,i21 i84.3-90.8

!22 _83.7-91.520 i83.7-91.5

9 i83.9-90.1

20 183.5-90.8

191 !84.0-92.0

10 i83.7-90.1

1 191.9-91.9

3 i86.7-90.6

1 190.3-90.3

i0 187.6-90.5

8 i87.6-89.61 i89.6-89.6

8 i86.2-90.8

3 i90.6-90.6163 i83.6-91.6

7

403 i83.5-92.0230 i84.7-92.0

5 188.6-89.610 187.6-90.4

8 _91.5-91.6

i

21 i83.8-88.81 187.8-87.81 i87.8-87 8

1 i87.8-87.820 i82.8-88.8

I

Mean Statistics

Error _RMS Chlmm mm Sqr

10.41 22.1 i 29.54

1.6 i 3.8 i .671.5 1 4.91 16.63

4.31 15.4 i 20.14

4.7 i 14.8 i 8.96

i

13 i83.5-88.8

26 !83.9-89.4

2 i90.9-90.9

8 183.8-87.93 i84.5-86.6

7 !84.5-86.63 i90.5-90.5

4 189.5-91.2

7 i89.4-91.79 i89.5-91.7

4.1 i 13.8! 8.105.0! 24.3i 24.44

13.51 52.2 i141.73

3.1 i 11.11 6.7o• 7 i 6.2 i 2.26

12.4 1 40.38.3i-7.8 I 6.1

9.1i--2.5i 6.7

4.8

7.28.4

2.0

7.0

56.58

i .66

1 1.35

i 10-2 i 5.79i--i 12.7i 9.12i 6.51 2.03i 55.1i205.40i :"

.5i 5.0} 2.13:

1.4i15.2i6916.1 i 5.5i 2.08

13.5 i 29.3! 38.74

Rate Statistics

Rate Error WRMS Chl

mm/Tr ""/7r -.- Sqr

15.9 i

--i6.7 1

lO.6i6.81

7.5i13.2i

30.9 i

-5.o_-4.0!

1.0

.6

.7

.5

1.2

.8

.7

.7

.5

i3.7i .95i--ii 2.3i 3.8514.31 1.66

4.6i .90

i 6.4f 1.92

i 5.9i 1.50i3.3 i .65

i 5.8_ 1.95i 5-4i 1.76

24.6

__j

8.11

33.oi

1.6

.3

... :.

i5.9i 1.38i--ii--i| |

i 6.7i 1.49

ii--ii--i

i 6.11 2.56

8.1 i 22.3 i 17.69

5.2 i 19.4 1 15.60.1 i 3.2 i .39

13.8! 24.9 i 22.978.3i 7.6i 2.49

|

3.0 i 11.2 i

1! 12 i3.11 12.5 i

1.91 3.5i

8.8 i 17.5 i

12.3! 1.8 i 9.9

12.3i 1.2i 8.s25.7i 3.0 } 6.8

i 3.78i 3.1o

!i 1.97

2.29

.05

3.11

1.72

5.98

2.2! 8.7 1-i_!11"2i_2.71

2.2 i 1.8 i 3.01 1.58

-17.8 i. 2.5 :i 6.11, .83

6.34


BaselineName

NOTO -WESTFORD

NOTO -WETTZELL

NRA085 3-RICHMOND

NRA085 3-WESTFORD

NRAO85 3-WETTZELL

NRAO 140-NRA085 3

NRAO 140-ONSALA601NRAO 140-OVRO 130

NRAO 140-RICHMOND

NRAO 140-WESTFORD

OCOTII//>-OVRO 130

OCOTILID-PVERDES

OCOTII//)-VNDNBERG

ONSALA60-OVRO 130

ONSALA60-RICHMOND

ONSALA60-ROBLED32

ONSALA60-SEST

ONSALA60-TROMSONO

ONSALA60-WESTFORD

ONSALA60-WETTZELL

OVRO 130-PBLOSSOM

OVRO 130-PINFLATS

OVRO 130-PLATTVIL

OVRO 130-PRESIDIO

OVRO 130-PT REYES

OVRO 130-PVERDES

OVRO 130-QUINCY

OVRO 130-SANPAULA

OVRO 130-VNDNBERG

OVRO 130-WESTFORD

OVRO 130-WETTZELL

OVRO 130-YUMA

OVR 7853-OVRO 130

PBLOSSOM-SANPAIU_A

PBLOSSOM-VNDNBERG

PENTICTN-WESTFORD

PENTICTN-YEII_WKN

PIETOWN -WESTFORD

PIETOWN -WETTZELL

PINFLATS-PVERDES

Transverse

Sessions

I_unJ SpanObs yr to yr

i

i0 i89.4-91.7

21 i89.4-91.7

104 _89.3-92.0

8 189.4-91.8

1 191.9-91.9

1 i91.8-91.81

4 i81.9-83.0s bg. 6-88.sI i91.8-91,8

7 {81.9-91.8

I i85.2-85.2!i i85.2-85.2!3 i84.2-85.2

33 !80.6-87.8

69 i84.1-91.7L

1 }83.3-83.3

3 190.3-90.4

4 i89.6-89.6

154 i81.8-91.7

136 183.6-91.7

7 183.1-87.87 i83.8-86.8

9 i83.4-88.3

8 i83.7-88.9

6 !83.7-88.9

2 }83.9-85.2

14i82.8-88.81 i83.7-83.7

46 183.6-88.9

29 i81.5-88.8

7 i85.2-87.8

7 _83.8-87.8

i i87.8-87.8I i88.1-88.19 i83.6-88.1

3 190.6-90.6

2 i84.7-85.7

33 i88.7-91.9

7 !91.1-91.9

3 i87.2-88.1

Statistical Summary

Mean Statistics

mm Sqr

i 15.51 4.2E 9.o

i 3.7

i--

i 6.65

! 2.05

!8.33

i 2.33

_i

6.9

1.4

1.3

2.8

6.2

1.5

2.8

6.3

2.0

6.4

!i 2.6i 6.3

i--i 7.3

i .07

i 2.20i--

-- i 9.114.3

i m

12.4

i 19.9

i 14.1

i 4.85i 4.77

i 5.46

--i

6.4

17.3

6.6

2.4

10.2

4.6

3.0

1.0

.9

i 11.85.5

! 7.6

i 6.2

i18.8!10.7i 13.9

i 29.7

i 36.1

i 1.271.95

i 2.17{ 4.49i! 18.84

i 6.73

! 8.70} 24.51

i 28.84

5.9

3.4

9.7

14.7

14.9

1.0

3.9

7.9

11.6

2.9

i 9.4

j 8.7

i--{51.8i 8.o

i 23.0i 5.6i--i--i 22.2

i 6.07

i 3.75

J1135.19! 2.70ii 16.92

i 1.53

i15.39

ii .4

4.0

2.4

10.6

8.1

i 4.1i 9.4

i 5.6i 7.1

i 3.3

ii .63i 7.29

i 7.61

! 2.42

i .30

Rate Statistics

Rate[Error I_IS[ Chinnn/]rr I nnn/yr Sqr

-14.4

.7

-8.4

1.9

i 2-7 i 7-3i

i 12 i 4.2i! .7 i 5.9_

1 1.813.4 !

! !--ii i--!

"3 i 2"71_i--!

1.4 i19.81.4i 6.7!

-1.6 i{i

1.6

3.5

2.6

4.8

2.2

--i-.7 i

-6.4ii

1.66

2.12

3.62

2.29

2.56

1.50

4.89

1.27

--i-2.0!-2.31

.2

.2

-ii__[--.

16.2! 1.46!4.8i 2.73

12.3i 1.58.6i 3.19.2_ 1.9

15.2! 2.1

17.8 i 3.1

4.8i

j67ii 6.6 i

}9.5i

1.47

3.16

2.22

2.92

3.90

-3.5i .8!

35.5! .8

.5! .6

-16.7 i 8.64.7i 1.6

--i16.0 i 1.7

i--i

i5.5 i 1.65i8.1! 3.36!7., i 2.73_17.31n.52

i6.oi 1.3o

: i" i

i--i

2.98

6.35

Table6.3(continued)

Transverse Statistical Sumaary

BaselineName

PINFLATS-VNDNBERG

Sessions

Hum[ SpanObs _r to _r

20 i83.8-90.1

Mean Statistics

Err°rlWRMSImm SqrChi

10.6 i 26.1 i 21.92

Rate Statistics

mm/yr mm/Tr Sqr

15.7! 1.0 i 6.5j 1.46PINFLATS-YUMA

PLATTVIL-VERNAL

PIATTVIL-RESTFORD

PRESIDIO-PT REYES

6 183.8-87.0

1!86.2-86.211 i83.4-90.8

3 i83.7-85.8

6.4 i 13.71

57j--!4.6} 9.6i

7.81 7.1 i

5.39

3.62

1.56

89i-4.7i

|

8.5 i12.2i 5.30

J--i

1.1i 5.6i 1.35

i T.li 2.89i "

PRESIDIO-VNDNBERG

PRESIDIO-WESTFORD

PRESIDIO-YLOW7296

PRESIDIO-YUMA

PT REYES-VNDNBERG

PT REYES-WESTFORD

PT REYES-YIDW7296

PT REYES-YUMAPVERDES -VNDNBERG

QUINCY -VNDNBERG

QUINCY -WESTFORD!RICHMOND-TROMSONO

!RICHMOND-WESTFORD

RICHMOND-WETTZELL

RICHMOND-YLOW7296

ROBLED32-WESTFORD

SANPAULA-VNDNBERG

SANTIAI2-SESHAN25

SANTIAI2-WESTFORD

SANTIAI2-WETTZELL

SEATTLEI-WESTFORD

SESHAN25-WESTFORD

SESHAN25-WETTZELL

SEST -WESTFORD

SINTOTU -USUDA64

SNDPOINT-VNDNBERG

SNDPOINT-WESTFORD

SOURDOGH-VNDNBERG

SOURDOGH-WESTFORD

SOURDOGH-WHTHORS E

SOI/R/)OGH-YAKATAGA

TROMSONO-WESTFORD

TROMSONO-WETTZELL

TRYS ILNO--WESTFORD

TRYS ILNO-WETTZELL

20 183.7-90.1

6 i89.8-91.5

2 i91.5-91.5i i87.1-87.1

18 }83.7-90.0i

6 i89.9-91.52 i91.5-91.5

1 i87.8-87.89 i83.9-90.1

13 184.3-89.8

2 189.8-89.81 i89.6-89.6

529 i84.0-92.0504 i84.1-92.0ii91.6-91.6

1 183.3-83.310 i83.7-90.1

2 i92.0-92.03 }91.9-92.03 191.9-92.0

3 186.7-90.6

2 !92.0-92.0

6 190.3-92.0

3 i90.3-90.4

1 !90.6-90.6

3 184.5-86.6

8 188.5-90.5

8 i84.6-86.66 }88.6-89.6

3 i84.6-86.6

4 184.6-86.6

1 i89.6-89.6

4 189.6-89.6

6 i91.9-92.0

5 191.9-92.0

3.4 i 9.8 i 4.90

n.5 i 18.31 10.832.8 i 1.9i .26

5.2i--i2.6 i 9.3 i 4.23

13.0! 28.01 26.45

.2 i 2.6 i .377.9i--_61} 146i 7.119.0 i 25.4 i 38.88

4.9 i 4.8

6.8 i.8i 14.0

1.3! 21.9

3.7 i --

! 1.o8

i 16.15

10.68

7.9

6.0

13.7

4.3

5.5

29.9

98

19 8

8

5.8

i--i 17.0

i 8.5

i 7.38.2

i 13.8

i 24.223.5

i 3.3

i 7.73

.57i 1.14

i .72|

i 4.52i I0 O0

i 9 3115

8.4

3.4

3.5

6.2

5.1

2.3

5.8

I.I

1.3

.6

i 6.7

i 4.2

! 7.8

i 8.8i 11.9

i 4.4

! 3.5i 4.5

i 1.4

i 1.57

i .44

i 1.98

3.07

i 5.93

i 1.25i--

i .62

i .94! .40 ,

3.9

5.4

__i--!

7.5i

18.5 i

92 i

i

--i--

6.6j

-i-1.8 1

i

.8 i 4.7_ 1.12

i-!• E

2.0 _ 8.5 i 2.72

1.2 i 5.4 i 1.92

i

.li 5.51 2.51

.2 ! 7.3i 1.17i--i

1.7 _ 8.0i 1.95

!--!--

i "

3.6 i 4.1 i 1.66

1 l

6.36


BaselineName

VERNAL -VNDNBERG

VERNAL -WESTFORD

VERNAL -YUMA

VICTORIA-WESTFORD

VNDNBERG-WESTFORD

VNDNBERG-WHTHORS E


Sessions

Num I SpanObs yr to 7r

1 i88.8-88.84 is9.3-90.81 188.8-88.8

3 190.6-90.612 i89.8-91.6

3 i84.6-86.6

Mean Statistics

mm Sqr

Rate Statistics

Rate Error WRMS Chi

mm/yr mm/yr mm Sqr

5.6f--i--1.71 6.61 1.37

S.li-- j2.sj 62j 1509.71 26.si 30.18

5.7 i 6.1 i 1.57

JJ

i--ii

VNDNBERG-YAKATAGA

VNDNBERG-YUMA

WESTFORD-WETTZELL

WESTFORD-WHTHORSE

WESTFORD-YAKATAGA

WESTFORD-YLOW7296

4 i84.6-86.619 i83.8-88.8

659 i83.9-92.0

4 i88.6-89.6

7 i88.6-90.4

8 i91.5-91.6

12.2

11.8

.8

ii .4

6.6

3.5

14.7

! 26.6

i 14.4

! 6.6

12.9

i 6.5

i 6.43

i 25.49

i 7.72

i 2.36

i 5.59! 3.07

21.2

25.0

-6.3

i 6.7

i 1.6

i6.0i 1.60i6.si 1.79

{--i

6.37

Table 6.4

BaselineName

ALGOPARK-GI LCREEK

ALGOPARK-HRAS 085

ALGOPARK-KAUAI

ALGOPARK-KODIAK

AI_OPARK-MATERA

ALGOPARK-MOJAVEI2

ALGOPARK-NRAO85 3

ALGOPARK-PENTI CTN

ALGOPARK-RI CHMOND

ALGOPARK-SNDPOINT

ALGOPARK-VI CTORIA

ALGOPARK-WESTFORD

ALGOPARK-WETTZELL

ALGOPARK-YELI_WKN

ALGOPARK-YLOW7296

AUSTINTX-HRAS 085

AUSTINTX-RICHMOND

AUSTINTX-WESTFORD

BERMUDA -MARPOINT

BERMUDA -RICHMOND

BERMUDA -WESTFORD

BI/<BUTTE-ELY

BLKBUTTE-HATCREEK

BLKBUTTE-HRAS 085

BLKBUTTE-MOJAVE 12

BLKBUTTE-MON PEAK

BLKBUTTE--OCOTILI_

BLKBUTTE-OVRO 130

BLKBUTTE-PRES IDIO

BLKBUTTE-PT REYES

BLKBUTTE-VNDNBERG

BLOOMIND-HRAS 085

BLOOMIND-WESTFORD

:BREST -MOJAVEI2

BREST -NOTO

BREST -ONSALA60

BREST -RICHMOND

BREST -WESTFORD

BREST -WETTZELL

CARNUSTY-MOJAVEI2

Vertical

Sessions


27i84.7-91.6

5!84.7-85.7

7i90.5-91.6

3i90.5-90.5

3i91.4-91.6i

29!85.6-91.6

7!90.s-91.66!84.7-90.6

15i90.5-91.6

3i90.5-90.5i

3i90.6-90.6

29i84.7-91.6

12i90.5-91.6

2! 84.7-85.72191.5--91.6

f

i_87.5-87.5

ii87.5-87.5

1187.5-87.53i87.6-87.6

4187.6-87.6

4 i 87.6-87.6

2i88.8-88.85i87.1-88.8

5183.9-88.812_83.9-88.8

!

41 83.9-86.8

2 i 84.2-85.0

3i86.4-87.8

2187.4-87.8

Ii87.1-87.1

12i83.9-88.8

li87.6-87.61{ 87.6-87.6

2 i89.7-89.74_89.7-89.7

i11 89.7-89.7

I i 89.7-89.7

21 89.7-89.7

4 i 89.7-89.7

I i 89.6-89.6

Statistical S,,m-ry

Mean Statistics

Error WRMS Chl

mm mm Square

14.4

50.1

36.4

.4

9.5

9.2 i

13.5131.0i

14.0 i

8.7i

i 36"1i 4.13

i 51.8i 3.74

i 45.6 i 3.82

i 3.8i 02i 16.0i .70i T

28.8 j 2.87

26.6 i 1.54

58.21 1.4230.1 i 3.02

19.4! .40

17.7 1

5.6 1

7.21

.li

.01

.51--

.5 I--

.5i--149.0

77.4

25.5

18.5

80.9

22.1

17.3

33.0

42.5

49.1

356.0

113.2

21.9

16.1

16.1

49.6

43.2

24.2

24.2

34.4

46.5

23.8

H

30.9 i .6519.8i 2.24

20.2! 1.41

1.3 i .00

.51 .oo

Ji

i 77.5! 7.38i 70"2i 3.65

i 33.2i 1.77

i 21"41 .75

76.5 i 4.46j 371i 142

i 47.1! 1.48i 57.9i .54! 44.6i 2.42

i113.2i 9.89

i 535 i 1.85r Ji

.i 42"0 i 3.18

! 26.6i 1.68i 41.21 3.82

Rate Statistics

Rate Error WRMS Chl

mm/Tr mm/yr mm Square

12.9

17.6

-12.2

i.i

! 2.5

i

__! 4.6

9.9

! 2.4

125.oi

i23.1i

!49.5i

Ei--ii--!i19.8_!

2.06

1.92

1.29

2.31

1.61

1.66

2.22

5.5 ! 15.3i

i :"

153.1i

i i

"--i

-i-i-- !--!

2.01

638

Table6.4(continued)

BasellneName

CARNUSTY-RICHMOND

CARNUSTY-WESTFORD

CARNUSTY-WETTZELL

CARROLGA-HRAS 085

CARROLGA-RI CHMOND

CARROLGA-WESTFORD

CHLBOLTN-HAYSTACK

CHLBOLTN-HRAS 085

CHLBOLTN-ONSALA60

CHLBOLTN-OVRO 130

DEADMANL-JPLMVI

DEADMANL-MOJAVEI2

DEADMANL-SANPAULA

DEADMANL-VNDNBERG

DSSI5 -GILCREEK

DSSI5 -GOLDVENU

DSSI5 -HAYSTACK

DSSI5 -MOJAVEI2

DSSI5 -MOJ 7288

DSSI5 -OVRO 130

DSSI5 -OVR 7853

DSSI5 -YAKATAGA

D8S45 --GILCREEK

DSS45 -HARTRAO

DSS45 -HOBART26

DSS45 -KASHIM34

DSS45 -KASHIMA

DSS45 -KAUAI

DSS45 -KWAJAL26

DSS45 -MEDICINA

DSS45 -MOJAVEI2

DSS45 -SANTIAI2

DSS45 -SESHAN25

DSS45 -WETTZELL

DSS65 -EFLSBERG

DSS65 -HRAS 085

DSS65 -MATERA

DSS65 -MEDICINA

DSS65 -MOJAVEI2

DSS65 -NOTO

Vertical Statistical Summar_

Sessions

Num SpanObs Yr to yr

Ii89.6-89.6

ii89.6-89.6

4i89.6-89.6

Ii87.5-87.5Ii87.5-87.5

I i87.5-87.57i 80.8-80.8

7 i 80.8-80.8

7 i80.8-80.86 i80.8-80.8i

li 88.1-88.15 i84.2-88.1

4 i84.2-87.9

5i84.2-88.1

2 i88.9-89.6

1 i 87.8-87.8

2 1 88.9-89.6

I i87.8-87.8

li 87.8-87.8

2! 87.8-88.9

I! 87.8-87.8

li 89.6-89.613i 88.5-91.7

4!91.3-91.9

8 i 89.9-91.9

5i 90.2-91.7

ii i 88.5-91.4

15i 88.4-91.7

31 88.5-88.6

11 91.8-91.8

1!88.4-88.4

1191.9-91.9

16i88.5-91.8

2!91.3-91.5

Ii91.9-91.9

ii88.8-88.8

6! 90.4-91.9

10i88.7-91.91{88.8-88,8

5i89.4-91,7

Mean Statistics

Error WENS Chl

mm mm Square

23.8 i --23.81--10.9

13.8

13.8j--

13.8

78.1

62.7

44.8

100.7

i 23.9

i 77.2

i 84.6

i 53.9

i 89.3

i .62

i 6.15

i 3.29

i 4.15

i 6.36

39.9

35.4

70.2

60.9

44.9

i 48.483.9

i 76.2

i 20.6

i 2.14

i 2.1oi 2.56

i 4.74

20.6

18.9

13.2

13.2

7.8

i 13.2

8.4

8.4

24.7

11.6

2.7

! 37.3

i 20.5

i I0.0

30.4

20.7

i0.0

18.0

20.8

i 30.3

i 33.4

i 25.3

i 29.5

i 4.04

i 3.82i 2.18

! .75

20.8

20.8

25.2

158.3

40.3

i 43.6

1 40.3

i

i 4.99

i 5.41

40.3

76.0

7.5

4.4

17.3

i 35.8

! 13.2

i 15.6

12.51i 2.90

i 4.92

Rate Statistics

Rate Error WENS Chl

mm/yr mm/yr mm Square

54.0

77.8

99.4

i--i

:M:

i i

.: .[

i--i

i "=

i28.6i32.7i150.5i56.7ii24.2 129.6i.

1.30

1.44

.51

26.7i26.4 i

2.86

.42

19.0

8.2

3.36

2.14

5.35

3.9

--i 3.9

-5.2 i 11.6

il2 i29o!151i 615


Vertical Statistical Summary

BaselineName

DSS65 -ONSALA60

DSS65 -RICHMOND

DSS65 -WESTFORD

DSS65 -WETTZELL

EFLSBERG-HAYSTACK

EFLSBERG-HRAS 085

EFLS BERG-MATERA

EFLSBERG-MEDIC INA

EFLSBERG-NRAO 140EFLSBERG-ONSALA60

EFLSBERG-OVRO 130

EFLSBERG-ROBLED32

EFLSBERG-WESTFORD

EFLSBERG-WETTZELL

ELY -HATCREEK

Sessions

Num SpanObs Tr to Tr

ELY -HRAS 085

ELY -MOJAVEI2

ELY -OVRO 130

ELY -PLATTVIL

ELY -VNDNBERG

ELY -WESTFORD

ELY -YUMA

FD-VLBA -HRAS 085

FLAGSTAF-HATCREEK

FIAGSTAF-HRAS 085

FLAGSTAF-MOJAVEI2

FLAGSTAF-PLATTVIL

FLAGSTAF-VERNAL

FLAGSTAF-WESTFORD

FORTORDS-GILCREEK

FORTORDS-HATCREEK

FORTORDS-HAYSTACK

FORTORDS-MOJAVEI2

FORTORDS-OVEO 130

FORTORDS-PRESIDIO

FORTORDS-PT REYES

FORTORDS-QUINCY

FORTORDS-VNDNBERG

FORTORDS-WESTFORD

FORTORDS-YLOW7296

IOE88.8-91.7

3188.7-89.05i88.7-89.4

12!88.7-91.9

7179.9-83.3!

6i80.6-83.3

li91.9-91.9li91.9"91.9

1179.9-79.9

6i80.6-83.3i

6i79.9-80.7

li83.3-83.3

I i 83.3-83.3

1191.9-91.9

9i85.3-89.3

I0i84.3--89.3

12184.3-90.81!86.3-86.3

3!84.3-86.3

5i87.4-88.8i

4 i 89.3-90.8

3 i 87.4-88.3

41 91.3-91.48i 84.3-90.9

6 i 84.3-88.8

81 84.3-90.9

4 i 84.3-88.82_ 87.3-88.3

2i 90.8-90.9

17 i 88.9-91.6

16

1

19

2

3

5

2

17

ii

2

i 88.9-90.1

i 89.8-89.8

i 88.9-91.6

i 88.9-88.9i 89.8-89.9

i 88.9-89.9i 89.8-89.8

] 88.9-90.1

i 89.8-91.6

] 91.6-91.6

Mean Statistics

Error WRMS Chl

mm mm Square

94i14.0 11.1i8.6 1

12.9 i

54.9i33.7i--33.7i--

33.7i_

6.1 i

19.8!

18.2i--18.2 i--

18.21--19.3 i

7.5i16.2{

12.3 i--

23.9i

3.7 i

24.7 i28.3i

i.I i

32.5i

25.8 i

20.3 1

49.8 i

7.1 1

27.2 i14.9_

lO.Oi8.9_--

9.9 1

65.1i63.4i

9.8 1

9.oi12.7 i

17.2 1

120.2 i

14.8 i 3.6418.8i 1.n5.4 i .16

14.1i 4.09

35.5 I .80{

75.3 i 2.65ii

|

16.8 i .66

40.8 i 1.17

i42.2i 1.67

i28.zi .64

40.7 I 1.75

42.11 .6414.2i .27

41.0 _ 1.09

44.2 i .822.2 ! .78

57.9 i 2.21

46.4 i 1.55

43.0 I 1.56

60.5 i 2.04

14.9 i .2328.8 I .89

44.2 i 1.81

34.5 ! 1.26

J36.0 _ 1.38

44.3 i 2.16

60.2 i 2.21{

29.4! .45

18.3_ .24

41.2 i 1.5340.3i 1.83

50.0 i 5.79

Rate Statistics

Rate Error WRMS Chi

.m/yr mm/yr .nn Square

.6 i 5.4

6.01 3.7

2.3 i 13.4

1148i--i i

i12.5!i35.4 i

4.08

3.55

.95

.I

-8.0

i 33.9

! 5.8

i75.3 i

--i--ii--!!13.91

3.32

.56

--E

-24.0 i 8.2 128.21 .86

{ ;7.2 _28.1! .728.9 !39.71 1.82

i--i

8.3}12.5!

14.1 !

"7i

i--i

10.2 i54.9i 2.32

18.1 i43.8i 1.73

i0.9 i

7.0 !33.2 i 1.0936.2 i60.5i 3.06

i--i

.: ..- •

26.3!15.4!36.4ii

,,.!

1.40

i. 44

-! i=J--! ! !

6.40

Table6.4(contiuued)

BaselineName

FORT ORD-GILCREEK

FORT ORD-HATCREEK

FORT ORD-HRAS 085

FORT ORD-JPL MVI

FORT ORD-MOJAVEI2

FORT ORD-MON PEAK

FORT ORD-OVRO 130

FORT ORD-PRESIDIO

FORT ORD-PT REYES

FORT ORD-VNDNBERG

FTD 7900-HRAS 085

FTD 7900-MOJAVEI2

FTD 7900-PIETOWN

FTD 7900-WESTFORD

GILCREEK-GOLDVENU

GILCREEK-HALEAKAL

GILCREEK-HARTRAO

GILCREEK-HATCREEK

GILCREEK-HAYSTACK

GILCREEK-HOBART26

GILCREEK-HRAS 085

GILCREEK-KASHIM34

GILCREEK-KASHIMA

GILCREEK-KAUAI

GILCREEK-KODIAK

GILCREEK-KWAJAL26

GILCREEK-LA-VLBA

GILCREEK-MARCUS

GILCREEK-MARPOINT

GILCREEK-MATERA

GILCREEK-MEDICINA

GILCREEK-MIZUSGSI

GILCREEK-MOJAVEI2

GILCREEK-NOBEY 6M

GILCREEK-NOME

GILCREEK-NOTO

GILCREEK-NRA085 3

GILCREEK-NRAO 140

GILCREEK-ONSALA60

GILCREEK-OVRO 130


Sessions


4i88.1--88.1

1oi84.2-88.14 i85.2-87.8

li87.8-87.811i83.7-88.1

1!87.1-87.1

5i83.7-87.8

4i 83.7-88.1

3!87.4-88.1

11i83.7-88.1

1188.8-88.8ii88.8-88.8

1!88.8-88.8

li88.8-88.84i88.5-91.6

3i88.5-88.54!90.4-92.0

65i85.4-90.8

23!84.7-91.6

29i89.7-92.0!

55i 84.7-89.5

22i 90.2-92.0

!i17! 84.6-91.9

236 i84.5-92.0

15i84 6-905

19i84.5-88.6

11191.4-91.9

ii90.5-90.524i88.1-89.6

15i90.8-91.9

3{89.0-91.2

1{91.9-91.9

266184.5-91.97{89.9-91.5

10!84.5-90.5{

4i89.5-91.2

135i89.1-92.oli 90.7-90.7

12i85.5-91.6

12i85.4-88.9

Mean Statistics

Error WRMS Chl

mm mm Square

4.0

76.7

18.4

20.2

21.1

15.3

17.1

67.1

119.4

19.1

15.4

15.4

15.4

15.4

13.1

31.8

4.7

6.7

4.8

10.9

6.8

9.1

8.3

3.0

12.5

22.5

11.6

5.1

13.2

11.9

2.4

4.0

1.5

50.7

9.5

i 16.0 { .19

i 96.115.72i 34.9} .83

i 48.51, 1.88:

i 37.4i .84

i 66.4i 3.071 78.2i 4.67

i 48.9! 1.52

{--"

i--ii 15.0! 2.27i 36.2i 1.55i 11.4_ .52_ 33.21 2.61i 12"8i 3.09i 33.6i 2.96

i 31.81 2.47

! 26.9 i 2.42

i 44.2! 4.14i 28.0i 2.6oi 39.7i 1.40

i 54.31 3.o8

i 16.3i 510} 49.9i 1.6oi 30.8! 2.10{ 5.7 ! .36i--ii 17.8i 1.92i 67.9i 3.34i

24.8

2.9

2.2

25.6

19.8

i 29.7

i 25.9

t--

i 2.lo

i 1.72

i 6.19i 3.31

Rate Statistics

Rate Error WRMS Chl


24.8

2.0

4.3

-3.7

12.6

14.5

9.1

8.9

-7.1

-37.5

-2.8

16.8

.0

-5.2

19.2

3.0

-2.2

-ii. 6

26.8} 22.9

--ii 12.1

i 13.9

--i 29.1

i 11.7

i 7.5

i 2.6i 4.6i 5.9

i 4.6--i

{ 1.8

i 1.1

i 8.3

{ 7.9--i

--i!

1

1

|

i .7

i 5.0

--i

i 2.7

i 3.3| 10.4

i--ii91.4_ 5.82

{ •

!48.2ii

!37.0 i

i45.2i

i i" i

2.06

1.09

4.21

1.45

i11.4i 1.96

130.4i 2.23

!12.11 2.91

i21.2i 1.23

i317i=250

i33.2 i 2.37

i28o_ 2.61i39.1i1.46•t

i--i

, |

i--i!17.3i

{ E

{33.2!i

!24.3i•

i19.41i32.4i

2.42

1.81

.79

1.53

2.19

2.92

6.41


Vertical

SessionsBaseline

Name Num Span

Obs _r to 7r

GILCREEK-PENTICTN

GILCREEK-PIETO_

GILCREEK-PINFLATS

GILCREEK-PLATTVIL

GILCREEK-PRESIDIO

GILCREEK-PT REYES

GILCREEK-PVERDES

GILCREEK-QUINCY

GILCREEK-RICHMOND

GILCREEK-SANPAULA 2i90

GILCREEK-SANTIA12 2_ 92

GILCREEK-SEATTLEI 2i90

GILCREEK-SESHAN25 17i88

GILCREEK-SEST 21

G ILCREEK-SHANGHAI i i

GILCREEK-SNDPOINT 13

G ILCREEK-SOURDOGH 16 !

GILCREEK-TRYS ILNO 6 i

GILCREEK-VICTORIAi 3i

GILCREEK-VNDNBERG 80 ii

GILCREEK-WESTFORD 166 !

G_LC_=-_ZE'' I 34iGILCREEK-WHTHORSE 9 i

GILCREEK-YAKATAGA 16 i

GILCREEK-YELLO_FKN 2 i

8j4_

31lS1i

i2i 90.5_83.

1187.

1i81.6!81.

6i81.li87.ii83.

1183.

1!82.

GILCREEK-YLOW7296

GOLDVENU-HAYSTACK

GOLDVENU-HRAS 085

GOLDVENU-gASHIM34

GOLDVENU-KASHIMA

GOLDVENU-MEDICINA

GOLDVENU-MOJAVEI2

GOLDVENU-MOJ 7288

GOLDVENU-NRAO 140

GOLDVENU-ONSALA60

GOLDVENU-OVRO 130

GOLDVENU-OVR 7853

GOLDVENU-PRES IDIO

GOLDVENU-PT REYES

GOLDVENU-QUINCY

5i84.7-90.631189.6-91.9

2i90.1-90.1

10i85.4-90.8

lOi88.1-91.512}88.1-91.5

2i90.1-90.14i89.8-90.8

139i87.3-92.0.1-90.1

.0-92.0

• 6-90.6

.3-92.0

90.4-90.4

86.5-86.5

84.5-90.5

84.6-89.6

91.9-92.0

90.6-90.6

84.5-91.6

84.7-92.0

84.7-92.0

84.6-89.6

84.6-90.4

84.7-85.7

91.5-91.6

81.9-91.6

81.9-82.8

90.6-90.6

91.6-91.6

6-91.2

7-88.5

8-87.8

9-81.9

9-91.6

9-87.8

8-87.8

7-83.7

7-83.7

8-82.8

Statistica!,,Su.nnary

Mean Statistics

Error _%MS Chi

m= n Square

71.0 i 79.6 i

5.1i 13.1 i45.9 _ 33.0

23.61 43-2i

3.18

4.52

1.94

2.68

.99

17.1 i 44.1

14.6 i 18.1

4.3! 16.64.4 i 35.3

9.1 i 16.0

.41 2.6

168,6i 74.5

11.6i 30.311.6 i 14.7

14.7 i--

i 1.66i .65

i .20i 2.17

i .33

} .o2i 5.12

2.33

i .63

10.6 i 36.213.0! 39.5

4.3 i 13.74.7 i 15.95.0i 31.3

i t4.3i 24.6i

12.0{ 26.5 i38.7_ 58.7!

21.11 52.3{25.8 i 26.4i

3.o! lO.5i69.5i 35.oi

.61 18.9i13.4 i--

13.4 1

i 4.6i

12.7 ii--i

!--i21.7 i

! 1.04

i 1.62i .50i .17

2.00

5.03

6.72

3.48

2.43

.96

.57

1.84

.32

2.7

9.7

6.36.3

46.4

9.1

9.7

9.7

9.7

9.7

• 34

2.33

6.92

.88

Rate Statistics

Pate

m/yr

6.9

6.2

4.9

-4.0

-12.9

-15.3

14.5

-38.9

6.7

i 8.1

i 13.8

i--i_29.3i

i-

i35.2 i

138.8i

!

} 2.0 13o.5i, i ii 1.1 i18.0ii 2.1 i16.51119.4 i56.5i12.2 i36.6i

--! i--i

Chl

Square

.16

3.40

2.98

1.21

.68

2.00

2.32

1.07

1.81

1.93

2.70

2.68

3.68

1.37

-Ii. 9

4.3

-16.3

.2

i 9.5

i--i126.2_

i 2.9 i 9"7i--i E •

i 37 i161i.. ...

i 41 !21.7i--i i--i--i i--i

9.95

1.82

1.45

i. I0

6.42

Table 6.4 (contiaged)

BaselineName

GOLDVENU-VNDNBERG

GOLDVENU-WES TFORD

GORF7102-HRAS 085

GORF7102-MARPOINT

GORF7102-MOJAVEI2


Sessions

Nu_ SpanObs yr to yr

1! 83.7-83.74 i 81.9-88.5

11 89.4-89.4

21 89.4-89.4

5 i 89.8-91.9

Mean Statistics

Error WRMS Ghl

mm mm Square

Rate Statistics

Rate Error WEMS Chi

mm/zr n/yr mm Square

39.3i

GORF7102-NRAO85 3

GORF7102-RICHMOND

GORF7102-SANTIAI2

GORF7 i02-WESTFORD

GORF7 I02-WETTZELL

GRASSE -MOJAVEI2

GRASSE -NOTO

4189.4-91.7

6i89.4-91.7

Ii91.9-91.9

7_89.4-91.9

1191.9-91.9

24.4 i 26.1

16.0 i 27.312.21

18.7 i 30.112.3i

!

i_ 89.7-89.7

2 i89.7-89.7

li 89.7-89.7

i89.7-89.7

i89.7-89.7

20.8

23.4

27.6

i19.0! 2.09

i13.8i_ .55.: .: !

i 6.0 i13.1i

-- i--i

.53

GRASSE -RICHMOND

GRASSE -WESTFORD

GRASSE -WETTZELL

HALEAKAL-KAUAI

HALEAKAL-MOJAVEI2

HARTRAO -HOBART26

1

4

3

3

27

i88.5-88.5

i88.5-88.5

190.0-92.0

17.2

7.0

48.4

12.8

18.8

i 13.0

i 41.4

i 23.6! 63.1

!i 2.73

i .59

i 2.32

i i

HARTRAO-HRAS 085

HARTRAO -KASHIM34

HARTRAO -KASHIMA

HARTRAO -KAUAI

HARTRAO -MATERA

HARTRAO -MEDICINA

HARTRAO -MOJAVEI2

HARTRAO -NOTO

HARTRAO-NRAO85 3

HARTRAO -ONSALA60

HARTRAO -RICHMOND

HARTRAO -SANTIAI2

HARTRAO -SESHAN25

HARTRAO -SEST

HARTRAO -WESTFORDi

HARTRAO -WETTZELL

HATCREEK-HAYSTACK

6i87.1-89.2

6}90.4-92.0

2i90.3-90.4

4 i 90.4-92.0

I i 91.9-91.9

51 88.0-91.823i 90.0-91.9

i

4191.4-91.7

ii91.9-91.9

7i86.0-90.4

40i86.0-91.9

4i 91.9-92.0

7}90.3-92.0

2i90.4-90.4

50i86.0-92.0

46i86.0-92.0

2i84.3-89.8

9.61 24.0_ .79

32.61 36.2i 406m

6.6i22.7 i--.51.21 57.1_ 3.22

8.0 I 25.3 i 2.20

47.3 I 45.21 3.29

261i--i71.Ii 71.9 I 5.86

s.4i 35.51 2.181.3 i 8.4 I .07

22.0} 36.4 i 2.19

.9 i 5.4 I .03

12.1 I 45.9 i 3.39

19.0_ 57.81 4.87

1131 145i 60

5.5

29.7

40.0

7.4

14.8

18.9

i 26.0 i23.9i

i--i.98

HATCREEK-HRAS 085!

HATCREEK-JPLMVI

HATCREEK-KASHIM34

HATCREEK-KASHIMA

HATCREEK-KAUAI

62!83.4-89.42i83.5-87.8

Ii90.8-90.8

16184.2-9o.117i85.4-90.8

i

7.1 i 39.45.4 i 12.8

12.81--37.3i 53.910.9 i 29.6

i

i 1.97

i .18

! 7.19

! 2.16

-2.5

25.9

9.0

i 25.6 i47.4 i 2.96

!--i.--i--i

7.7 i28.3! 1.093.1 i33.1i 1.94

! !

• !

3.2 i38.3i 2.413.7 !45.7i 3.n

--i--i3.1 139.2i 1.98

5.7 i34.31 3.134.4 i26.2{ 1.80

6.43


BaselineName

HATCREEK-KODIAK

HATCREEK-MAMMOTHL

HATCREEK-MOJAVE 12

HATCREEK-MON PEAK

HATCREEK-OVRO 130

HATCREEK-PINFLATS

HATCREEK-PLATTVIL

HATCREEK-PRES IDIO

HATCREEK-PT REYES

HATCREEK-PVERDES

HATCREEK-QUINCY

HATCREEK-SANPAU[_

HATCREEK-SNDPOINT

HATCREEK-VERNAL

HATCREEK-VNDNBERG

HATCREEK-WESTFORD

HATCREEK-YAKATAGA

HATCREEK-YUMA

HAYSTACK-HRAS 085

HAYSTACK-KASHIM34

HAYSTACK-KASHIMA

HAYSTACK-KODIAK

HAYSTACK-MARPOINT

HAYSTACK-MEDICINA

HAYSTACK-MOJAVE12

HAYSTACK-NRAO 140

HAYSTACK-ONSALA60

HAYSTACK-OVRO 130

HAYSTACK-PIETOWN

HAYSTACK-PLATTVIL

HAYSTACK-PRESIDIO

HAYSTACK-ROBLED32

HAYSTACK-VNDNBERG

HAYSTACK-WESTFOR.D

HAYSTACK-_ETTZELL

HAYSTACK-YAKATAGA

HOBART26-KASHIM34

HOBART26-KASHIMA

HOBART26-KAUAI

HOBART26-MOJAVEI2

Vertical

Sessions


2!87.5-87.5ii83.5-83.5

139i83.5-90.9

24i83.5-90.9

38i83.4-88.9

2190.1-90.122!83.4-90.8

14i85.8-90.116i84.2-90.0

4!89.1-90.1T

17i83.5-90.84i89.1-90.11E 87.6-87.6

81 86.2-90.8

92i84.2-90.1i

32!83.4-90.93i87.6-87.6

12i85.2-88.8

36!80.3-89.5

1190.6-90.6

3 i84.7-91.6

i i89.5-89.5

2 i82.5-82.5

2 i 90.6-91.2

24! 84.3-89.8

5 i79.6-81.9

42! 80.6-91.6

29i 79.6-88.9

13i 89.6-89.8

i! 84.3-84.3

I i89.8-89.8

i i83.3-83.3

11 89.8-89.8

26 i81.4-89.86i 84.7-86.7

I! 89.6-89.6

18i90.2-92.0

9i89.7-90.514189.7-92.0

20190.0-91.9

Statistical Summary

Mean Statistics

Error VEHS Chl

mm mm Square

42.3

33.6

4.0

14.5

13.9

3.1

20.8

22.6

26.5

12.3

i 33.6

i--i 31.3

i 5o.ii 49.8

i 8.6

i 55.6i 53.3

i 61.7

i 24.9

i 1.59

i 2.20

j 1.91i 2.90

i 13i 2.93i 2.34

i 2.77i .73I

16.7

43.0

27.8

9.4

6.6

i 45.7{ 48.2i--

i 2.13

! 2.38

ii .74

i 2.94

11.4

3.7

14.7

13.7

9.6

305.7

60.3

4.8

12.1

3.5

1 37.4

i 14.2

1 40.7i 565i--i 85.3}--i 8.9

i 9.3

i 11.2

i 2.90

i .141.43

i 2.07

!! 5.71

!i .29

i 169i 2.30

20.1

7.7

21.6

3.0

2.0

i 24.3i 35.2i 57.4

i 6.9

i--

! 2.73

i 1.94

! 3.97

i 2.29

2.0

2.0

2.0

.7

25.6

14.9

18.5

11.3

22.0

Ii.0

i 4.3

i 33.4

i--i 42.6

i 23.4i 4o.1! 31.6

j .66i 2.93

iE 3.20

i 1.86

1 3.89

! 2.29

Rate Statistics

Rate Error _ Chl

mm/yr mm/yr --. Square

2.1i

5.7 1

15.8 i

-48i21.8i-311

--!

2"9 i

E

-15.9 i

-6.3 1

10.4 !--i

7.01

-21.6 i-2.4i15.71

_ E

-- i--i

1.6 131.11 2.196.3 149.2! 1.93

6.4 i54.8i 2.99

13.5 !43.21 1.8213.1 i61.6i 2.96

-- i--i

6.9 i45.51 2.25

i--ii--!

8.1 i28.0i .823.0 i36.3} 2.87

3.9

13.8

3.2

2.3

i29.9i

i40.3i

i--!

i--!

i-!i9.4i

115.81

133.7ii35.2}

" i

10.6

1.3

2.3

11.5

-.i i-32.1 i

J

4.31!23.01

i--ii "-"

27.9i

1.91

1.54

1.62

1.70

1.53

1.82

1.54

.69

1.73

2.04

6.44


BaselineName

HOBART26-NOBEY 6M

HOBART26-ONSALA60

HOBART26-SANTIAI2

HOBART26-SESHAN25

HOBART26-SEST

HOBART26-WESTFORD

HOBART26-WETTZELL

HOHENFRG-MOJAVEI2

HOHENFRG-NOTO

HOHENFRG-RICHMOND

HOHENFRG-WESTFORD

Vertical Statistical Summaz 7

Sessions

Mum SpanObs yr to yr

4i90.2-91.52 i 90.4-90.4

4i91.9-92.09i 90.0-92.0

2i 90.4-90.4

4 i90.4-92.04i91.3-92.0

2i89.5-89.5

5189.5-89.5

2i89.5-89.5

21 89.5-89.5

Mean Statistics

Error WRMS 6_hl

mm mm Square

42.3

4.2

14.2

16.9

64.8

13.6

46.7

4.1

6.6

1.8_

1.1 I

1 48.1 i 2.32

i 67 i 4oi 24.6 I 1.00

i 30.5 i 2.45

i 39'9i 2.64

i 16.5i 2.04

i 32.11632i 9.3i .20! 15.6_ .72

6.2 i .08

4.7 i .06

Rate Statistics

Rate Error WRMS Chl


{

i--!•" i i' ! i

: i

i-i== :.

HOHENFRG-WETTZELL

HRAS 085-JPLMVI

HRAS 085-KASHIMA

HRAS 085-KODIAK

HRAS 085-LEONRDOK

HRAS 085-MAMMOTHL

HRAS 085-MARPOINT

5 i89.5-89.5

3 i 82.8-87.8

27 i 87.3-89.5

11 89.5-89.5

I i87.6-87.6

i i83.5-83.5

3 i 82.8-89.4

9.8 i 17.5

68.6 i 64.0

12.1 i 5o.5

9.9i--

9.9i--

9.9i--20.0 _ 26.4

i 1.26

i 2.30i 1.5o

r44. i

i 12.4 i41.1i 1.04

HRAS 085-MCD 7850

HRAS 085-MEDICINA

HRAS 085-MILESMON

HRAS 085-MOJAVEI2

HRAS 085-MON PEAK

HRAS 085-NRAO85 3

HRAS 085-NRAO 140

HRAS 085-ONSALA60

HRAS 085-OVRO 130

HRAS 085-PENTICTN I

HRAS 085-PIETOWN

HRAS 085-PINFLATS

HRAS 085-PLATTVIL

HRAS 085-PRESIDIO

HRAS 085-PT REYES

HRAS 085-QUINCY

HRAS 085-RICHMOND !

HRAS 085-ROBLED32

HRAS 085-VERNAL

HRAS 085-VNDNBERG

HRAS 085-WESTFORD !

_S 085-WETTZELL

11ss.s-ss.s12! 87.3-89.1

li88.3-88.3134i83.5-90.8

33182.8-89.4

i189.4-89.46i80.3-88.8

i07i80.6-89.4

73!80.3-88.8

3i84.7-85.73i88.7-88.8

5i85.8-87.0

20183.4-89.34!85.2-87.1

2i85.2-85.8

14!82.8-89.3

350i84.0-90.8i

1{83.3-83.3

6i86.2-89.3

44i83.9-89.4

597181.4-90.8

415183.9-90.8

6.8i--2.6 i 24.2

8.9 i 44.9

7.91--55.6 i 48.5

i 1.50

1 1.26

i 6.55

5.8 i 45.6 I 1.72

6.5 i 41.5i 1.77

163.81n30i 4201.7 i 4.3 i .32

4.3i 4 .3!18.8 i 51.5

39.3 I 50.5.4i 3.6

21.2 I 52.4

2.2 i 36.2

1.9!--35.6 i 48.0

11.8!47.52.1i 37.81.5 i 30.0

i 2.53i 1.81

i .01

i 2.12

i 1.26

i 2.75

i 2.66

i 1.89

i 1.00

i :i--i

1.1 i22.11 1.26

4.6 !42.7 i 1.18

5.4 i37.1i 4.79

1.7 i41.2i 1.41

1.9 _i41"2i 1.77

-9.9

E

7.4 !49.11 2.42

8.5 {52.1_ 2.26

1.1i358iI 1.24

-9.6 I 21.1 146.91 3.27

14.5! 5.0 i43.41 2.28

-10.9_ .7 131.9 i 1.35

-1.6 i .9 i29.9i .99

6.45

Table6.4(continued)

BaselineName

T .

HRAS 085-YELLOWKN

HRAS 085-YUMA

JPLMVI -MAMMOTHL

JPLMVI -MOJAVEI2

JPLMVI -MON PEAK

JPLMVI -OVRO 130

JPLMVI -PBLDSSOM

JPLMVI -PINFLATS

JPLMVI -PRESIDIO

JPLMVI -QUINCY

JPLMVI -VNDNBERG

KASHIM34-KASHIMA

KASHIM34-KAUAI

KASHIM34-MARCUS

KASHIM34-MEDICINA

KASHIM34-MOJAVEI2

KASHIM34-NOBEY 6M

KASHIM34-ONSALA60

KASHIM34-SANTIAI2

KASHIM34-SESHAN25

KASHIM34-SEST

KASHIM34-SINTOTU

KASHIM34-WESTFORD

KASHIM34-_TTZELL

KASHIMA -KAUAI

KASHIMA -K_AJAL26

KASHIMA -MARCUS

KASHIMA -MEDICINA

KASHIMA -MIYAZAKI

KASHIMA -MIZUSGS I

KASHIMA -MOJAVEI2

KASHIMA -NOBEY 6M

KASHIMA -ONSALA60

KASHIMA -RICHMOND

KASHIMA -SESHAN25

KASHIMA-SHANGHAI

KASHIMA-SINTOTU

KASHIMA -TITIJIMA

KASHIMA -TSUKUBA

KASHIMA -USUDA64


Sessions

Num SpanIObs yr to yr

2i84.7-85.7

18i83.8-88.84i83.5-86.8

21i83.5-88.9

1182.8-82.8

19182.8-88.97!83.1-88.o6!83.8-87.02i88.8-88.9

i i 82.8-82.8

18183.6-88.9

6i90.2-90.5

10190.2-92.0

li90.5-90.51!90.6-90.6

ii190.2-91.5

5i90.2-91.5

3i90.4-90.6

2!92.0-92.0

9i90.2-92.0i

2 i 90.4-90.4

11 90.6-90.6

4 i 90.4-92.0

4 i 91.3-92.0

66! 84.6-91.4

16 i84.6-88.6

i i90.5-90.5

li 90.4-90.4

3i 86.8-88.81191.9-91.9

56i84.1-91.2

3i 89.9-90.2

7185.5-91.629{87.3-90.1

15188.3-91.4i

1 i 86.5-86.5

3 i 90.6-90.63i 87.9-89.9

7 i 84.6-89.7

li 90.6-90.6

Mean Statistics

Error WEMS Chl

mm Square

120.2 I 62.7

16.0! 48.151.3i 69.1

13.3 I 50.511.3!--

i21.6 i 69.052.1 I 94.0

49.8 I 73.8

139.9 I 63.3

63.31--

52.0 i 98.6

5.3 i 12.7

10.4 I 22.3

7.4i--7.4 i --

3.68

i 1.88

! 1.65

i 1.39

}

i 1.76

i 1.85

i 2.28

i 4.88

i 4.72

i .87i 1.96

i

25.1

77.1

5.8

3.7

11.6

i 40.7

i 71.8

i 9.9

6.0i 24.2

i 3.82! 4.62

i .68

i .38i 1.84

.i

i.i

I.I

78.3

43.0

! 1.1i--! 5.4

1 47.8

i 81.3

i

i 01

j .13

i 8.o4i 8.18

17.8

11.8

11.8

32.7

30.6

12.5

2.5

73.5

21.7

ii.0

i 45.9

i--

i 43.3

i--i 42.9

i 10.3

i 56.2

! 60.8{ 27.2i

i 2.25

--ii 1.14ii 4.65

i .12i 0.24

i 3.56i 2.32i

7.3

32.7

43.6

37.7

23.2

i 31.7

i 59.7

i 56.9

i--

--ii 2.12

i 1.07

i 2.63

Eate Statistics

Rate Error WRMS Chl


-9.1 1

17.31

7.5 1

--!

i--!11.2 i47.2i 1.9230.3 164.11 2.13

7.3 i49.21 1.39:

8.4

25.9

45.5

--i

lO.li16.3!

-3.3 i

3.4

i

--i 20.3

-12.9 i

-i

7

-17.0 i

-23.3!

-46.0!

12.4 i

i66.2i 1.72190.4i 2.05i73.71 2.85

i--ii98.5i

i-i

!-i

1.9

8.5

2.0

5.7

7.6

7.8

i--i," i

i----i!--ii26.5i

i42.5i• ...

i-- ii "

i--i: i_28.0i

i--ii26.9ii39.51

i-i{46.7i

!--!

5.01

1.97

2.07

2.02

2.82

1.56

2.09

24.3 15.6

Z2.13

6.46


BaselineName

KASHIMA -VNDNBERG

KASHIMA -WESTFORD

KASHIMA -WETTZELL

KASHIMA-WHTHORSE

KAUAI -KWAJAL26

KAUAI -LA-VLBA

KAUAI -MARPOINT

KAUAI -MATERA

KAUAI -MOJAVEI2

KAUAI -NOTO

KAUAI

KAUAI

KAUAI

KAUAI

KAUAI

Vertical

Sessions

Num SpanObs yr to Tr

27_85.4-90.i8{85.5-90.0

12i84.7-90.4

Ii89.6-89.620!84.5-88.6

Ti

iii91.4-91.96188.4-89.4

15i90.8-91.9

65i84.5-91.93{89.5-91.2

-NRA085 3 129i89.

-ONSALA60 2190.

-PIETOWN 61 91.

-RICHMOND 98188.

-SANTIAI2 2!92.H

KAUAI -SESHAN25

KAUAI -SEST

KAUAI -SHANGHAI

KAUAI -VNDNBERG

KAUAI -WESTFORD

KAUAI -WETTZELL

KAUAI -WHTHORSE

KODIAK -MOJAVEI2

KODIAK -NOME

KODIAK -VNDNBERG

i

1-92.0

4-90.4

1-91.9

4-92.0

0-92.0

KODIAK -WESTFORD

KWAJAL26-MOJAVEI2

KWAJAL26-SESHAN25

KWAJAL26-VNDNBERG

LA-VLBA -MOJAVEI2

[LA-VLBA -PIETOWN

LA-VLBA -WESTFORD

LA-VLBA -WETTZELL

LEONRDOK-RI CHMOND

LEONRDOK-WES TFORD

MAMMOTHL-MOJAVEI2

MAMMOTHL-OVRO 130

MAMMOTHL-VNDNBERG

MARCUS -SESHAN25

MARPOINT-MEDICINA

18 !88.3-92.0

21 90.4-90.4

li86.5-86.5321 84.5-90.1

22 i90.4-92.0

17!91.

ii89.

i0i87.

4184.4184.

1-92.0

6-89.6

5-90.5

6-86.6

6-86.6

8i88.5-90.5

17i84.5-88.6

3188.5-88.6

12i84.5-88.6

12_91.4-91.9

4i91.4-91.9

12i91.4-91.9

12i91.4-91.9

1187.6-87.6

1187.6-87.6

4183.5-86.8

4! 83.5-86.8

2i84.8-86.8

Ii90.5-90.5

Ii89.0-89.0

Statistical Summary

Mean Statistics

Error WRMS Chl

mm Square

43

50

74

20

33

35

73

9

12

.4_ 67.6

.1 I 48.2

.3! 69.1

.1 i 69.5

.oi 3o.1

.4_ 87.3

.2 i 25.6

.8 i 39.1

.6 i 3.7

i 0.72

i 7.56

i 2.71

i 4.30i

i 3.53

i 3.54

i 1.81i 6.84

i .05i

6.3 j 38.5

1.3 I 4.0

20.7 i 18.1

7.3 i 40.9

21.9!21.o

3.45

i .i0

i 6.58

i 3.12

i 1.09

39.7

6.0

II.i

15.6

10.3

4.4

3.2

6.1

49.7

51.9

16.5

34.0

57.3

59.9

20.4

42.9

20.0

12.9

5.8

5.8

34.3

3.6

99.8

52.3

52.3

1 54.9

i II.i

i 42.8! 21.9

|i 12.8

i--i 24.8

j 78.170.0

i 38.2

i 66.1

48.5

i 79.4

i 20.7

16.6E 19.8

i 19.2

i--

i 47.4} 17.0

{ 52.3

i--

i 8.89

i .29

i 4.1oi 4.68i

i 1.93

i .54

il.21i 1.65

i 1.30

i 4.24

i 2.79i 6.26

0.71

! 0.09

i 1.234.99

E

i 1.57

i .14i 3.64{

Rate Statistics

Rate Error WRMS Chl


-39.4 i

-26.0 1

-28.9 i

34.2 i

-15.0 i

--i

i :-4.7 !34.7 i 2.936.0 {23.61 2.11

7.1 f42.5i 5.30.." i

7.9 148.71 2.22!

| :

121.511.2 2.11

--40.8

-38.5

38.8

-20.2

6.9

-Ii. 9

-50.4

-38.5

-54.4

i 3.2 i25.5ji--i1 4.2 i29.8i

8.4 136.0i

1 3.5 i29.3!

--i J-ii 7.4 i23.5ii 82.2 i77.7 ii 85.9 i64.6!

i 8.2 i42.0i

i17.0 i55.8 i

--i i--i

" i--} i--i

m

1.53

1.68

4.05

1.99

.55

1.80

2.11

1.82

3.40

-27.6

3.3i 14.4 i28.21i 7.9 i16.3i

.83

.19

6.47

Table6.4(continued)


BaselineName

MARPOINT-NOTO

MARPOINT-NRA085 3

MARPOINT-ONSALA60

MARgOINT-OVRO 130

Sessions


1 i 89.5-89.5

111 89.1-89.641 82.5-83.7

3 i82.5-82.8

Mean Statistics

Error WRMSmm mm

52.31--32.0 i 48.5

20.0i 34.15.6 i 16.6

Rate Statistics

Chl Rate Error _RMS Chl

Square mm/yr mm/yr mm Square

i!i 4.36

! 1.o3i .23

i-iMARPOINT-RI CHMOND

MARPOINT-WESTFORD

MATERA -MEDICINA

MATERA -MOJAVEI2

MATERA -NOTO

MATERA -NKA085 3

22i87.6-89.6

MATERA -ONSALA60

MATERA -RICHMOND

!MATERA -WESTFORD

MATERA -WETTZELL

MCD 7850-MOJAVEI2

MCD 7850-PIETOWN

MCD 7850-WESTFORD

MEDICINA-NOTO

MEDICINA-ONSAIA60

MEDICINA-RICHMOND

MEDICINA-SESHAN25

MEDICINA-WESTFORD

MEDICINA-WETTZELL

METSHOVI-MOJAVEI2

METSHOVI-ONSALA60

METSHOVI-RICHMOND

METSHOVI-WESTFORD

METSHOVI-WETTZELL

MILESMON-MOJAVEI2

MILESMON-WESTFORD

MOJAVEI2-MON PEAK

MOJAVEI2-NOBEY 6M

MOJAVEI2-NOME

MOJAVEI2-NOTO

MOJAVEI2-NRAO85 3

MOJAVEI2-NRAO 140

MOJAVEI2-OCOTILLO

MOJAVEI2-ONSALA60

MOJAVEI2-OVRO 130

MOJAVEI2-OVR 7853

i

9i 82.5-89.4

5190.4-91.9

3i 91.8-92.0

4i90.7-91.7

15i90.8-91.9

4 i 90.7-91.741 91.8-92.0

3i 91.8-92.0

101 90.4-92.0

1i 88.8-88.8E

li88.8-88.81188.8-88.84 i90.1-91.7

13!87.3-91.7

14187.3-89.0

2i90.4-91.819i87.3-89.122_87.3-91.9

2i89.5-89.5

5189.5-89.5

2i89.5-89.5

2i89.5-89.5

5!89.5-89.5

li88.3-88.3

1188.3-88.3

36i83.5-90.9

7i89.9-91.5

3i90.5-90.5

10i89.5-91.7

9i89.5-91.8

3 i 88.8-91.8

3 i84.2-85.2

471 83.8-91.7

811 83.5-88.9

1! 87.8-87.8

146.4

9.1

6.1

44.3

10.3

11.2! 41.7 i 1.52

44.9 i 55.81 5.18

102.2 i 37.11 0.456.9i 10.41 .89

143.4i 43.4i 2.72

16.2 I 38.7 I 2.44

i 42"2i 6.11

i 14.5! 1.18! 9.5 i .82

i--i30.8! 8.59

i0.3

10.3

28.2

12.8

6.4

30.2

9.1

6.8

68.1

i __

i--i 17.5i 19.9i 24.8ii 23.0

! 27.9

i 17.0

i 43.4

16.8 i 30.4i

23.3 } 26.7

76.1 i 48.137.6 _ 45.1

22.5 1--

22.5 i--i

9.4 i 43.4

35.4 i 53.96.1 _ 16.8

ii 7.83i 4.95

i .86

i 1.72i 1.93

! 3.31

i 2.47

i 1.21

i .76

i 2.50i 2.78

i 1.65

i 2.59

i .2613.4i 28.4i 2.00

15.3i 26.71 2.61

10.9 i 13.1

140.9 i 100.5

9.5 i 32.53.7 i 28.7

3.2i--

i 1.37

! 3.93

i 3.92

i 1.36

i

14.4! 14.2 140.7 i 1.52•

-5.3 ! 7.0

-i

i53.7i 5.47.: .."

i--i} i

i--i

-6.6

-- i-!i J

2.9 i16.629 i

i 4.69

--!i

i! 3.31

!=i-i ._ i

.8{ 4.6 i43.4 i 1.70

--!- i--J:_ : !

-20.8 i 8.0 i20.91 1.22

-,,.,i

-13.9 i 1.7 i20.6i 1.602.8! 2.0 i28.3i 1.35

6.48

Table6.4(continued)

BaselineName

IMOJAVEI2-PBLOSSOM

!MOJAVEI2-PENTICTN

MOJAVEI2-PIETOWN

MOJAVEI2-PINFLATS

MOJAVEI2-PLATTVIL

MOJAVEI2-PRESIDIO

MOJAVEI2-PT REYES

MOJAVEI2-PVERDES

MOJAVEI2-QUINCY

MOJAVEI2-RICHMOND

Vertical

MOJAVEI2-SANPAUIA

MOJAVEI2-SANTIAI2

MOJAVEI2-SEATTLEI

MOJAVEI2-SEST

MOJAVEI2-SNDPOINT

MOJAVEI2-SOURDOGH

MOJAVEI2-TROMSONO

MOJAVEI2-VERNAL

MOJAVEI2-VICTORIA

MOJAVEI2-VNDNBERG

MOJAVEI2-WESTFORD

MOJAVEI2-WETTZELL

MOJAVEI2-WHTHORSE

MOJAVEI2-YAKATAGA

MOJAVEI2-YLOW7296

MOJAVEI2-YUMA

MOJ 7288-MOJAVEI2

MOJ 7288-OVRO 130

MOJ 7288-OVR 7853

MON PEAK-OVRO 130

MON PEAK-QUINCY

MON PEAK-VNDNBERG

MON PEAK-WESTFORD

MON PEAK-YUMA

NOME -SNDPOINT

NOME -VNDNBERG

NOME -WESTFORD

NOTO -NRA085 3

NOTO -ONSALA60

NOTO -RICHMOND

Sessions


9183.6-88.13i90.6-90.6

34i88.7-91.9

21i83.8-90.121!84.3-90.8

22i83.7-91.5

20i83.7-91.59t 83.9-90.1

20i83.5-90.8191E84.0-92.0

i0 i83.7-90.111 91.9-91.9

3! 86.7-90.6

li 90.3-90.3

10i 87.6-90.5

8 i 87.6-89.6

1 i 89.6-89.68186.2-90.8

3i90.6-90.6

163!83.6-91.6

403183.5-92.0

230184.7-92.0

5i88.6-89.6

10187.6-90.4

8i91.5-91.6

21183.8-88.8

1187.8-87.8

ii87.8-87.81187.8-87.8

Statistical Summary

Mean Statistics

Error WRMS Chl

mm mm Square

23.5

9.7

2.8

12.2

13.8

i 49.9

1 23.4

i 9.4i 43.4i 43.4

i 1.78i .34

i 3.00

i 1.57

i 2.03

13.1

5.9

6.9

I0.0

3.1

i 43.7

i 28.9

i 26.9

! 35.4i 26.8

i 1.89

i .79i .54

1.50

! 2.52

11.9

12.9

88.2

48.5

15.3

i 38.8

i--i 68.7

i 40.6

i .85

i 3.30i

i 1.28

19.2

15.3

30.7

5.5

4.2

1 40.4

!--i 46.8

i 17.5

1 32.7

i 1.59

i--! 3.02i .19

! 2.65

2.4

2.0

69.6

22.1

8.6

1 24.7i 21.4

i 62.6

i 48.1

i 18.5

!E 3.63

i 1.98

i 4.95

i 1.90

i 1.52

15.5

10.4

i0.4

10.4

Rate Statistics

Rate Error WRMS Chl

mm/_rr mm/yr mm Square

17.3 i 10.6

3.4 I 2.4

-1.0 i 6.9

-I0.7 i 4.8i

2.9 i 7.2-6.4 i 4.1

8.9 I 6.2

-4.9! 5.3-17.2 i 2.4

i

i42.5_ 1.47

!9.11 2.90

j43.4i 1.65138.6i 1.70

136.31 1.44

i27.1 i .74i23.6i .47

i34.6i 1.52

1238i 200-7.5

43.4

i

8.2 i36.9i .86

i-ii 9.8 i21.91 .42

2.52

2.65

1.91

1.37

1.27

2.03

20i82.8-88.8

13183.5-88.8

26i83.9-89.42190.9-90.9

8i83.8-87.9

3i84.5-86.6

7 i 84.5-86.63 i90.5-90.5

4!89.5-91.2

71 89.4-91.7

9 i89.5-91.7

12.8

19.0

11.9

.0

31.4

87.8

8.5

.2

2.2

6.1

15.0

i 47.6

! 52.7

i 44.9

i .9i 56.7! 81.0

i 32.1

i 3.0i 9.oi 11.3

i 30.0

i 1.36

i 1.57

! 1.77

i .ooi 2.15i 2.35

i .42

i .01

! .19i 1.77

i 2.00

1.1

-.4

6.1

-45.8

-33.1

-i. 6

-6.2

6.3 i47.6i 1.43

ilO.5i52.711.71i 6.8 i44.2! 1.78

i 17.8 i39.1i 1.19

i 13.1 121.21 .22.: : -

i 6.7 lll.2i 2.10

i 12.1 i29.5i 2.20

6.49

Table6.4(continued)

BaselineName

NOTO -WESTFORD

NOTO -WETTZELL

NRAO85 3-RICHMOND

NRAO85 3-WESTFORD

NKAO85 3-WETTZELL

NRAO 140-NRA085 3

NRAO 140-ONSAIA60

NRAO 140-OVRO 130

NRAO 140-RICHMOND

NRAO 140-WESTFORD

OCOTILLO-OVRO 130

OCOTIU/>-PVERDES

OCOTIIID-VNDNBERG

ONSALA60-OVRO 130

ONSALA60-RICHMOND

ONSALA60-ROBLED32

ONSALA60-SEST

ONSALA60-TROMSONO

ONSALA60-WESTFORD

ONSALA60-WETTZELL i

OVRO 130-PBLOSSOM

OVRO 130-PINFI_TS

OVRO 130-PLATTVIL

OVRO 130-PRESIDIO

OVRO 130-PT REYES

OVRO 130-PVERDES

OVRO 130-QUINCY

OVRO 130-SANPAUIA

OVRO 130-VNDNBERG

0VRO 130-WESTFORD

OVRO 130-WETTZELL

OVRO 130-YUMA

OVR 7853--OVR0 130

PBLOS SOM-SANPAUI_

PBLOS SOM-VNDNBERG

PENTICTN-WESTFORD

PENTICTN-YELLOWKN

PIETOWN -WESTFORD

IPIETOWN -WETTZELL

PINFLATS-PVERDES

Vertical

Sessions


10!89.4-91.721i89.4-91.7

104i89.3-92.08189.4-91.8li91.9-91.9

3li91.8-91.8

4i81.9-83.08i79.6-88.8

1191.8-91.8

7i 81.9-91.8

ii85.2-85.2

1185.2-85.2

3184.2-85.233180.6-87.869!84.1-91.7

i

I i83.3-83.3

3 i 90.3-90.44i 89.6-89.6

1541 81.8-91.7

136 i 83.6-91.7

71 83.1-87

7 i 83.8-86

91 83.4-888 E83.7-88

6! 83.7-88

.8

.8

.3

.9

.9

.2

.8

.7

.9

.8

.8

.8

.8

.I

.i

.6

.7

.9

.9

.i

Statistical Summary

Mean Statistics

Error WRMS Chl

mm mm Square

11.6

5.4

3.7

16.0

8.2

8.2

92.8

55.0

20.8

21.3

i0.0

i0.0

144.7

20.5

5.3

3.8

4.5

11.5

4.2

3.0

12.0

10.9

45.3

23.9

15.8

.6

25.3

15.5

12.2

16.5

E 26.0

i 16.4

1 25.9i 21.6

j--

i 83.7

1 54.9

i--i 24.4

i 103.8

! 61.6

i 31.0

i 11.4

i 21.oi 32.6

i 20.9

E 38.0i 34.2

i 64.8

i 48.4

i 38.4{

i 6.0i 56.1i--i 54.4

45.5

i 24.7

i 65.9i--

! 21.1

! 17.oi 15.1

i 13.7

i 35.1

i 1.79

! 2.14! 2.12

i 3.88

--ii 3.69

i 7.00

i 4.58

--i

i 3.883.55

i 1.997

i--i

i .30! .90

i 2.50

i 2.71ii .60i .61i 3.90

i 1.71

i .85

i .Oli 2.64

i_ 2.26

3.69

i 1.47

i 3.02

--i! 1.05

i .31i .14

17.17

i 2.74

! .88

Rate Statistics

Rate Error WRMS Chl


i 9.8i 4.4

i 3.2i 12.2

3.3

6.4

2.6

5.5

14.4 i

2.7

13.6 i

2.7 i

i25.9!

115.5ii258ii21.2 i!--..-

--!--!

1.8 i3.2 i

8.6i4.2 i

-28.3 1

4.2 i

4.2 i

-I0.6 i

--i

1.99

2.03

2.13

4.37

1.43

-7.61

-14.6 i

4.26

2.44

1.98

2.48

2.51

10.8 f35.81 .6415.3 134.0i .72

15.7 !53.51 3.0410.8 i47.9i 1.94

10.4 137.71 1.02

i i i8.4 i52.71 2.53

5.3 153.2i 2.212.3 129.1i 1.57

7.9 _16.9i .82

i--i1.19

-18.8

-54.0 i

3.0 Ell.4_ 4.23

2i83.9-85

14!82.8-88

ii83.7-83

46!83.6-88

29181.5-88i

t

7 i85.2-877i83.8-87

ii87.8-87

1i88.1-889 i 83.6-88

3i90.6-902i84.7-85

33i88.7-91

7i91.1-91

3!87.2-88

12.2

46.7

26.9

26.9

15.8

8.3

6.4

7.1

9.2

23.2

-3.5 i 11.4 143.21

i i-14.5 i

=i !--!

6£0

Table6.4(continued)

BaselineName

PINFLATS-VI_ERGPINFLATS-YUHAPLATTVIL-VF3HALPLATTVIL-WESTFOKD'PRESIDIO-PTKETES{

PRES IDIO-VNDNBERG

PRES IDIO-WESTFORD

PRES IDIO-YLOW7296

PRES IDIO-YUMA

PT REYES-VNDNBERG

PT REYES-WESTFORD

PT REYES-YLOW7296

PT REYES-YUMA

PVERDES -VNDNBERG

QUINCY -VNDNBERG

QUINCY -WESTFORD

RI CHMOND-TROMS ON0

RI CHMOND-WESTFORD

RI CHMOND-WETTZELL

RI CHMOND-YLOW7296

ROBLED32-WESTFORD

SANPADIaE-VNDNBERG

SANTIAI2-SESHAN25

SANTIAI2-WESTFORD

SANTIAI2-WETTZELL

SEATTLEI-WESTFORD

S ESHAN25-WESTFORD

SESHAN25-WETTZELL

SEST -WESTFORD

SINTOTU -USUDA64

SNDPOINT-VNDNBERG

SNDPOINT-WESTFOKD

SOURDOGH-VNDNBERG

SOURDOGH-WESTFORD

SOURDOGH-WHTHORSE

SOURDOGH-YAKATAGA

TROMSONO-WESTFORD

TROMSONO-WETTZELL

TRYSILNO-WESTFORD

TRYSILNO-WETTZELL

Vertical

Sessions

Num Span

Obs zr to ?r

20i83.8-90.1

6i83.8-87.0

z i 86.2-86.211183.4-90.8

3i83.7-85.8

201 83.7-90.1

6i 89.8-91.52 i 91.5-91.5

1 i 87.1-87.1

181 83.7-90.0

6 i 89.9-91.5

2 _91.5-91.5li 87.8-87.8

9i 83.9-9o.113} 84.3-89.8

2 i89.8-89.8

i i89.6-89.6529_ 84.0-92.0

504i 84.1-92.0

11 91.6-91.6!

ii83.3-83.310!83.7-90.1

2i92.0-92.0

3!91.9-92.0

3i91.9-92.0

3i86.7-90.6

2i92.0-92.06i90.3-92.0

3190.3-90.4

li90.6-90.6

3 i84.5-86.6

si88.5-90.58i 84.6-86.6

6 i88.6-89.6

3 i84.6-86.6

4184.6-86.61_89.6-89.6

4i89.6-89.6

6i91.9-92.0

5191.9-92.0

Statistical Summary

Mean Statistics

Error WRMS Chi

mm mm Square

27

24

23

21

86

19

29.4

47.2

32.1

11.5

.6 i 67.6

.5 i 52.6

.5 i--

.0i 43.5

.41 77.8

.0 _ 54.7i 46.7

i 32.1

i 40.8!

i 3.17

i 1.08

i 2.32

12.47J

i 2.28} 1.98

i 2.16

1.34

17.1

.2

2.1

19.1

12.9

i 36.8

i 2.1i--i 45.8

i 36.3

i 1.08

i .01

i 1.39i 1.52!

31.

30.

I.

I.

I.

2! 30.6

6i --4 I 23.8

s i 29.93 1--

i 1.04

i 1.75i 1.77

.

16.

24.

14.

13.

3i--5! 46.8

8 i 15.3

Oi 23.3

21 19.6

i! 1.11i 2.62

! .72i .91

263.2

3.6

38.6

2.4

6.6

104.4

55.9

23.7

33.7

12.3

i 121.6! 8.8i 45.8

i 9.4

!--

i 82.9

i 69.4

!52.2! 47.8

28.8

i 9.37

i .16

i3.55i .13

ii 3.17i 4.55

i 1.44

i 2.48

i .36

21.5

24.1

4.0

4.0

5.9

i 41.7

i 12.3

i 13.4! 14.6

i .80

i .31i .43i .65

Eate Statistics

Rate Error WRMS Ghl


7.0

11.2

9.6

i66.7( 3.26

i49.21 1.18

i35.1_

-i-ii4z.oi134.7i

i-i

2. i0

1.61

1.05

1.27

1.51

-I. 0

7.7

27.6 1

--i

i .5

--i .6

i0.5

29.0

4.3

-- i--}_23.7_

i26.1!

i--ii--i

1447ii--!

i--ii--Ei48.7i

1.74

1.36

1.15

1.46

.02

6.$1


BaselineName

VERNAL -VNDNBERG

VERNAL -WESTFORD

VERNAL -YUMA

VICTORIA-WESTFORD

VNDNBERG-WESTFORD

VNDNBERG-WHTHORSE

VNDNBERG-YAKATAGA

VNDNBERG-YUMA

WESTFORD-WETTZELL

!WESTFORD-WHTHORSE

WESTFORD-YAKATAGA

WESTFOKD-YLOW7296

Vertical Statistical S%unmaz7

Sessions

Bum SpanObs yr to yr

÷

1188.8-88.84i89.3-90.8

1i88.8-88.83i 9o.6-9o. 6

12189.8-91.6

3i 84.6-86.6

4i84.6-86.6

19i83.8-88.8

659183.9-92.0

4i88.6-89.6

7_88.6-90.4

8!91.5-91.6

Mean Statistics

Error WKMS Chl

mm mm Square

7.3i--i3.7 i 14.4 i .20

8.3i-- i8.2i 20.8i .31

10.7i 291 i 1.4851.4i 55.01 1.7555.4i 66.6i 2.0827.9i 62.7i 3.57

1.3i 25.0{ 1.83

138.5! 80.8i 8.8222.2

ii.0i 43.5

i2o.4i 1.57

i 2.03

Rate Statistics

Kate Error WRMS %"himm/yr mm/yr mm Square

--48.2

-16.0

3.4

i 52.6

i 14.1i .5

--i

E

i--i

i i155.9 i 2.19

!6o5i 3.51i24.2E 1.71

, ...

i--i

6._2

Q Vector baseline plots for GILCREEK-KWAJAL26

(_)Boseline length = 6720 kilometers G Number of sessions = 20

1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

: I'" "'"'' ....... I ........... t ........... I ..... " ..... I ...... '''''1"''''''''''1 ........... I '_ ......... 1''"

C'4 "

d(2? "_.D -I,D

P_ O -

O'_ _

..C O

E3 lJ ...... iLl_L_ .......... I ........... I ........... I,,,,,, ..... I ........... I ........... I ........... I,, ,

Observed Rote = -19.1 ±.3.8 mm/yr G Wrms of fit = 22.8 mm Reduced Chi square = 1.97NUVEL model rote = -22.4 mm/yr Weighted mean length = 6719676597.2 mm

1984.5

o0

B

E

m I

1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

_1 ........... I ........... I '+' ........ I ........... I ........... I ........... I ....... 1'''1 ........... "1'' '

ill .......... I ........... I ........... I ..... " ..... 1 ........... t ......... I ' t .... I ' ' [ 1 t [ I } * ......... I ' J I

Observed Rote = 91.6 ± 6.3 mm/yr Wrms of fit = 38.5 mm Reduced Chi square = t.99

NUVEL model rote = 8.3.9 mm/yr

1984.5

..° I'_ 04

> o

C

m c,4+- I

1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

........... I ....... +'''1 'v' ........ I "'1 ..... '"' ' I ...... "''''1 .... ' ...... I ........... 1'''''" ..... I'''

I

_ I i , ,,,,l,l,, I ........... 1 ........... I ......... i i I I i i i i i 4 i i i i E ........... I ........... I ........... 1, ,,

Observed Rote = 28.6 ± 10.6 mm/yr Wrms of fit = 64..3 mm Reduced Chi square = 2.07

NUVEL model rate = 8.9 mm/yr _ '7.0

7.0 Baseline Evolution fi'om GLB868

Plots 7.2 through 7.201 present the observed variation of the baseline components over the period of the

observations for those baselines with at least five observations spanning a minimum of two years. The transverseand vertical components are shown as offsets from their mean values. See the text for the def'mition and

interpretation of the transverse and vertical components. An example plot appears on the facing page. The

notes below are provided to clarify the interpretation of the plots.

1 -- Baseline length in kilometers2 -- Baseline name

3 -- Number of sessions induding observations on this baseline

4 -- Dashed line indicates slope predicted by NUVEL plate motion model assuming sites occupy plates indicatedin Table 1.2.

5 -- Line of best fit by least squares

6 - Baseline component statistics7 - Observed value in millimeters with 1-a standard statistical error bar

8 -- Baseline length with arbitrary offset subtracted, standard scales span 200, 400, 800 or 1200 mm

9 - Baseline component with mean subtracted (transverse and vertical), standard scales span 200, 400, 800 or1200 mm

10 - Plot number (same as page number)

Tables 7.202 through 7.557 present the length, transverse, and vertical baseline evolution information with their

residual from the mean value and respective one-sigma standard statistical errors for those baselines which were

observed in fewer than five sessions or over a time span of less than two years. Unlike tables 6.3 and 6.4 the

transverse and vertical components are included so that the user may make comparisons between sessions.

The machine-readable version contains all the data plotted and tabulated in section 7.

7.1

Vector baseline plots for ALGOPARK-GILCREEK

0

E_E

c5

Ob

I

c-

J I

¢-

_D

I

Baseline length = 4476 kilometers Number of sessions = 27

1985 1986 1987 1988 1989 1990 1991''''1 ........... I''' .... ''''1 ......... ''1 ........... I ........... I ........... I ........

.................. --41----#

.... I ........... I i i i I I i i i , i i I i ........ I , I , i i , , i , i , i i I i , , ........ I , , , , , , , , , , , I ..... i i

Observed Rate = .3.3 ± .8 mm/yr Wrms of fit -- 8.5 mm Reduced Ch[ square = 1.76

NUVEL model rate = .0 mm/yr Weighted mean length = 4475699384.8 mm

EoE_

0¢-

2t--

_J.E 0

om

o0

1

oo

EE

v 0-6(J

_J> 0

0

0113

r'n 0C)c'4

I

0 1985 1986 1987 1988 1989 1990 1991C)_ .... I ........ ' ' ' I ........... I ' ..... ' .... I ' ' ' ........ I ........... I ........... I ...... _ '

.... I ..... i I , i J , I i i , , , i ..... t , , , , , , , , , , , I ....... i i i i } i , i t i , I _ , , , I ....... , i i i I , i , i , ,

Observed Rate = -5.9 + .6 mm/yr Wrms of fit = 6.2 mm Reduced Chi square = 2.14

NUVEL madel rate = -7.4 mm/yr

1985 1986 1987 1988 1989 t990 1991.... I ........... 1 ........... I ........... ] ........... 1 ........... I ........... I .......

.... I ..... ,, , ,, ,I , , , , , , ..... I , i L i I i i i , L i I , i , I ...... I I I i i , , i , , , , , I ..... , , , , , , I ..... i i

Observed Rate = 12.9 + 2.5 mm/yr Wrms of fit = 25.0 mm Reduced Chi square = 2.06NUVEL model rate = 9.4 mm/yr

7.2

Vector baseline plots for ALOOPARK-MOJAVE12

E

d

0

t-3 0

I

c I

_J

¢1

mo

o3

Baseline length = 34-07 kilometers Number of sessions = 29

1986 1987 1988 1989 1990 1991

• , , , , i ........... ' I ........... i ........... i ........... i ........... i _ , , , _ , ,

Observed Rote = -2,3 + 1.5 mm/yr Wrms of fit = 8,5 mm Reduced Chi square = 2.66

NUVEL model rote = .0 mm/yr Weighted meon length = ..3407219023.3 mm

o

EEo

"-"0,4

m Oc

b--

_ 0

"-=- Iii)

m 0

I

Ev

>

c

1986 1987 1988 t 989 1990 1991

Observed Rote = :3.1 ± .9 mm/yr Wrms of fit = 5.5 mm Reduced Chi square = 2.,.34

NUVEL model rote = -8.9 mm/yr

0 1986 1987 1988 1989 1990 19910 ''''1'' ......... ]' ..... '''''1'' ....... "'1 ........... I ........... I .......

00¢'4

I

, , , , I , , , , , , , , , , , I , , , ..... , , , I .... , , * .... I I t I I I I I , J , i I I , I J , , I I , , , I , , , l , , ,

Observed Rote = 17.6 ± 4.6 mm/yr Wrms of fit = 23.1 mm Reduced Chi square = 1.92

NUVEL model rate = 9.3 mm/yr

7.3

Vector baseline prots for ALOOPARK-PENTICTN

0t--.0

E _E

d

O,4

p.,,0r_ 0

t

c-

Q)C

m _I


1985 1986 1987 1988 1989 1990.... I ........... I ........... I ........... f ........... J ........... I .......

.... I , , , I i i i i i J I I , , , , , ...... I f i i t i i i i i i i I , i i r i , j i j i , I .... i I _ i i i , i ...... I

Observed Rate = 6.9 + 3.g mm/yr Wrms of fit = 20.2 mm Reduced Chi square = 2.64

NUVEL model rote = .0 mm/yr Weighted mean length = 3074234617.8 mm

EE o

>0

¢-

.E 0

cn I

m

00

T

00

EE

0

(JL.=

> 00

o

m 00

i

0 1985 1986 1987 1988 1989 19900 .... I ........... I ........... I ' ' ; ; .... ; ' ' I ........... I ........... f .......

m

.... I i i i i i i i i i I , I i , i , , ...... I I I I I I I r I I I i I i i i I i i i i i i i I , , , , , , , , , , , I . , i I i I i

Observed Rote = -3.7 + 1.7 mm/yr Wrms of fit = 9.0 mm Reduced Chi square = 2.93

NUVEL model rate = -7.0 mm/yr

1985 1986 1987 1988 1989 1990.... I ........... I ......... ''1 ........... I ..... ' ..... I ....... ''''1 .......


NUVEL model rote = 8.5 mm/yr

7.4

Vector bosetine ptots for ALGOPARK-WESTFORD

A

EE?

v

dO4

CN-¢

I

c-

J

m


1985 1986 1987 1988 1989 1990 1991

• ' ' ' ' I _ .......... I ........... I ........... I ........... I ' ' ' ........ I ..... _ .... ' ] ' ' ' _ ' ' '

Observed Rate = -.7 4- .5 mm/yr Wrms of fit = 4.0 mm Reduced Chi square = 2.17


0

EEo

"J C'4

(1)

Q>m 0

ffl 0

I

oo

EgE

v

-5_J

_o

>

r-

0) 0

00

E

1985 1986 1987 1988 1989 1990 1991

Observed Rote = -2.,_ + .7 mm/yr Wrms of fit = 5.4 mm Reduced Chi square = 4.38

NUVEL model rote -- -1.6 mm/yr

1985 1986 1987 1988 1989 1990 1991

Observed Rate = 1.1 :1:2,4 mm/yr


Wrms of fit = 19.8 mm Reduced Chi square = 2.31

7.5

Vector boseline plots for BLKBUTq-E-HRAS 085

(:3r-. L,-3EE

v

c5

SoO

II

t-

O

mI


1984 1985 1986 1987 1988' ' I ........... I ........... t ........... I ........... I .........

-----t.

, I , k , , ....... i i i i i _ i i i k , , I , , ........ i I i i i i I i i I i i i I , , , , .... i

Observed Rote = 5.5 :i: 2.9 mm/yr Wrms of fit = 5.9 mm Reduced Chi squore = 2.20

NUVEL model rote = .0 mm/yr Weighted moon length = 1158018147.0 mm

oxt

E

Eov

>¢n 0

F-

(u 0c- (N

:= IeD5913

m 0

I

00('4

EE

v0

-6(J

> 0

:= I

coo

rn 00

I

1984 1985 1986 1987 1988-' ' I ........... I ........... I ........... i ........... I .........

, I , , ........ I L I I I I I I I I I 1 1 L * I , 1 , , , .... I I I I I i I , I , i ' ] ' ' .... I I I

Observed Rote = -3.4 + 2.9 mm/yr Wrms of fit = 5.9 mm Reduced Ch[ squore = 1.52

NUVEL model rote = -3..3 mm/yr

1984 1985 1986 1987 1988

Observed Rote = -12.3 + 16.9 mm/yr


Wrms of fit = 34.2 mm Reduced Chi squore = 1.61

7.6

i i

Vector baseline plots for BLKBUTTE-MOJAVE12

00

EE

v

ojo0o00_3(13_3

0

I


1984 1985 1986 1987 1988' ' I ......... ' ' I ' ' ......... I ........... I ........... I ..........

t

J I

£f_ _ i .... , , , * i i i L I ...... , , , i L i i I i i i I i i i i i i L I

[ Observed Rote = 2.5 4- 1.9 mm/yr Wrms of fit = 6.9 mm Reduced Chi square = 2.11


0

EEo_-" t'q

>m 0

g

_ 0E C'4"-=-- i

0r'_ 0

I

1984 1985 1986 1987 1988.' ' I ...... ' .... I ........... I ........... I ........... i ..........

Observed Rote = 3.5 4- .7 mm/yr

NUVEL model rote = -.6 mm/yr

Wrms of fit = 2.9 mm Reduced Chi square = .64

Observed Rate = -7.6 4- 11.9 mm/yr

NUVEL model rate = -.1 mm/yr


7.7

Vector bosel[ne plots for BLKBUTTE-VNDNBERG

00

"-'-04EE

v

c,O

I

£

wooI

c-

(a o

Baseline length = 462 k[10meters Number of sessions = 12

1984 1985 1986 1987 1988' ' I ........... I ........... I ........... ] ........... E ' ' ' ' ' ' ' ' '

t Observed Rote = 27.7 + 2.2 mm/yr Wrms of fit = 7.1 mm Reduced Chi squore = 2.60

NUVEL model rote = 36.9 mm/yr Weighted mean length = 462,367691.2 mm

(:3

o

A

EE

60

Cq

I

OO

,,-_ CN

EE

v

>

o°O

m

00

I

1984 1985 t986 1987 1988.' ' ] ........... I ........... I ........... I ........... I ..........

Observed Rote = 26.0 .t: 1.6 mm/yr Wrms of fit = 5.8 mm Reduced Chi squore = 1.15


1984 1985 t986 1987 1988"' ' I ........... t ..... ' ..... I ....... _ ' ' ' I ........ ' ' ' I .........

+ + +

, , I ........... I ..... , , , L , t I , , , , , , , , , , , I ........... i A L , , , , , , ,

Observed Rote = 5.5 + 15.3 mm/yr Wrms of fit = 53.1 mm Reduced Chi squore = 2.01


7.8

Vector baseline plots for DEADMANL-MOJAVE12

00

EE

v

r__3000

I

c-

c_

I

c

{n (:Do 0

mI


1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988......... I ........... I _ .......... I ........... I ..... ' ..... I ........... I ........... I ........... f _ ''

Observed Rate = 4.4 4-8.8 mm/yr Wrms of fit = 12.4 mm Reduced Chi square = 4.85

NUVEL model rate = .0 mm/yr Weighted mean length = 1.51806789.1 mm

EoE_

v

(D

ca>

c

.E 0

om

00

¥

0 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 t988

00c'4

EEo

v

_J

_- 0

0j 1e-

l

Observed Rate = 5.9 :1:4.1 mm/yr Wrm$ af fit = 5.2 mm Reduced Chi square = 1.61


1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988' ........ I ........... I .... ' ..... '1 ...... '''''1 ..... ' .... '1'''''''''''1' ......... '1 ........... I'''

Observed ]Rate = 54.0 + 28.6 mm/yrNUVEL model rote = -.1 mm/yr


7.9

Vector baseline plats for DEADMANL-VNDNBERG

00

EE

0_" 0

I

c-

I

c-

O

i

Boseline length = 400 kilometers Number of sessions --- 5

1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

' ........ I ' '_' ....... I ........... I ........... I ........... I ........... I '_ .... _; ' ' '1 ........... I' ''

i i i i i i i i , I ........... I i , , , ..... , , I ......... , , I ........ ,, ,I ,,,, .... ,,,I ........... J , i i i i i i i , i i I , ] i

Observed Rote = 33.8 _-t: 11.4 mm/yr Wrms of fit = 17.2 mm Reduced Chi squore = 5.44

NUVEL model rote = 32.4 mm//yr Weighted meon length = 400134210.7 mm

o 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

0 T T ' ...... 1 .......... ' ] ........... I ........... ] ........... I ........... I ........... I ........... f'''

E _ .._

i°

JObserved Rote = 29.7 + 7.9 mm/yr Wrms of fit = 11.3 mm Reduced Chi square = 1.75

NUVEL model rote = .35.8 mm/yr

00

EEo

v

-6

1984.5 1985 1985.5 1986 1986,5 1987 1987.5 1988......... I ........... I ........... I ....... 'I''1 ........... I ........... I ...... _ .... I ........... I'''

I

m _t-I

Observed Rote = 99.4 + 24.2 mm/yr Wrms of fit = 29.6 mm Reduced Chi squore= .51


7.10

Vector baseline plots for DSS45 -GILCREEK


o988.5 1989 1989.5 1990 1990.5 1991 1991.5' .......... I ........... I ....... ' ' ' ' I ' r , ........ I ........... I ........... I .....

EGE

v

LO_D

_004

0 0

Tr-

c 0

c

IObserved Rote = -59.2 -J- 7.5 mm/yr Wrms of fit = 24.1 mm Reduced Chi squore = 2.43

NUVEL model rote = -45.2 mm/yr Weighted meon length = 10526654518.9 mm

988.5 1989 1989.5 1990 1990.5 1991 1991.5

EoE_

>m 0e-

b-

._- 0

123

00

t

I .... , , , , , , , I i ........ , , I , , , , i ..... , I , , , , , L , , , , , I , , , , , A i .... i , , , , , i i i , , , I , , , , ,

Observed Rote = 19.5 4- 2.6 mm/yr Wrms of fit = 9.1 turn Reduced Chi squore = 1.09


1988.5 1989 1989.5 1990 1990.5 1991 1991.5

........... I ........... I ........... I ........... I ........... I ........... I .....

00

0

03

m 0

0

I

_ _ ....... + +

I i i i ....... , I , , , , , , , i i i , I ..... , , , I i , I , ....... , , , I , , , i h , ..... I , , i , , , , I , , , I ....

Observed Rate = 26.7 :1:8.1 mm/yr Wrms of fit = 26.4 mm Reduced Chi square = 2.86


7.11

Vector baseline pJots for DSS45 -HOBART26

EE o

v

03

ro

0o o

I

c-

g?._J

E 0

O

m


1990 1990.5 1991 199t.5 199:

' , T ] ........... I ........... I ........... t ........... I .

I ___,___ .......... /

f +

* * * I ........ i a i I I I I I I I I I I I I I * r I I I I I i a i i I L i I i i i i i _ L _ I

Observed Rote = .5.3 + 2.5 mm/yr Wrms of fit = 3.6 mm Reduced Chi square = 1.40


0,¢

E

>cn 0c-

p-.

"-= I¢0

rn 0

I

E oE

v

-8

__ 0

>

(V

_o L_O

1990 1990.5 1991 1991.5 1992'''I ........... I ........... I r .......... I ........... 1-

EF", , , , I ...... L i i L i _ i i I I I I i I I I 1 I , , , ; , , , , , , , 1 , , i i i i h i i i i


NUVEL model rote = 6.1 mrn/yr

0 1990 1990.5 1991 1991.5 19920 ' ' ' t ........... I ........... I ........... I ........... ].

00

7i i k I i I i i i I i i , , , t , , , , ..... t i } i t L J i i i , , , , I , .... i i J L , , I

Observed Rote -- 8.7 + 5.5 mm/yr Wrms of fit = 8.4 mm Reduced Ch[ squore = .42


7.12

Vector baseline plots for DSS45 -KASHIMA

Baseline length = 7437 kilometers

c] 988.5 1989 1989.5

I

I

Number of sessions = 11

1990 1990.5 1991 1991.5

.I ' ' ' ' ' ' ..... I ' ' '"' ' ' ' .... I ' ' ......... I ........ i , ' I ' ' ' ' ' ...... I ' ' .... ' .....

r , , . , , , ..... I ..... , , . , , , I , , , , , , ..... ( , , , . , , . , , , , ( . , i I , L., t , , i I ...........

Observed Rote = -48.4 ± 7,,3 mm/yr Wrrns of fit = 17.8 mrn Reduced Chi square = 3,56

NUVEL model rote = -58.4 mm/yr Weighted mean length = 74,36721428.8 mrn

7o

p--

#J

._-- C3

u3

ID

03

00

I

1989 1989.5 1990 1990.5 1991 199. I ...... ' ' ' ' ' I ' ' ' "' .... " ' ' I ...... ' ' "" ' ' I ........... I ' ' ......... I ...... ' ' ' ' '

Observed Rate = -30.4 ± 2.4 mrn/yr Wrrns of fit = 5,9 rnm Reduced Chi square = .83


.5

0CD

EE

v 0

_J

$> o

o

m o

o¢xl

I

1988.5 1989 1989,5 1990 1990.5 1991 1991.5

I ' ' ' ' .... ' ' ' E ' ' ' ' .... ' ' ' I ' ' ' ' ' ' ' ' ' ' ' I ...... ' ' ' ' ' i ' ' ' ' ' ...... I ...........

+ .£___= _

+ ÷

I , , , , , • , i , , i I ........... 1 ..... , ..... J i i i i i i i i i I , I i I i _,1 , i .... I ......... i i

Observed Rate = 19.0 + 12.3 mrn/yr Wrms of fit = 29.7 mm Reduced Chi square = 3.,36


7.13

Vector baseline plots for DSS45 -KAUAI

0.--.. 0

Ec_E

g8

0_3o3_o

r-_ 0

_O

T¢-

I


1988.5 1989 1989.5 1990 1990.5 1991 1991.5

f

,_,1,, ......... 1 ........... t ........... I ........... I ........... I ........... I ....

Observed Rote = -59.2 _-I: 6.8 mm/yr Wrms of fit = 22.5 mm Reduced Chi squ0re = 4.34

NUVEL model rote = -52.3 mm/yr Weighted mean length = 7769504561.6 mm

EoE-

v

>o

nm

OO(N

I

OO

EE

v

O-6_3

> o0

mo

rn 00o4I

0 1988.5 1989 1989.5 1990 1990.5 1991 1991.5(D ' " ' ' I ........ ' ' ' I ........... t ........... I .... ' ...... I ........... f ......... ''1 ....c_

t,, I ........... I,,,,,, ,,,,l_,l,,_l_,,,_ .......... t_ .... , ...... I .... i , , _ i i i I i i I I

Observed Rote = -41.4 4- 2.6 mm/yr Wrms of fit = 9.4 mm Reduced Chi square = 1.49


1988.5 1989 1989.5 1990 1990.5 1991 1991.5

''''1'''''' ..... I'' ......... I'' ......... "t ......... '"1'' ......... I ......... ''I''''

br ....... +--7- t

i l , I ...... ,,,,,I,,,,,,,,,,,! ........ , , , I ..... I ..... I ....... i i i i I i i i i i i i i i i i I , i i I

Observed Rote = 8.2 + 7.2 mm/yr Wrms of fit = 24.1 mm Reduced Chi squere = 2.14


7.t4

Vector baseline plots for DSS45 -SESHAN25

Boseline length --

1988.5 1989

EEg

g

I

£oc-

._J

m

7411 kilometers Number of sessions -- 16

1989.5 1990 1990.5 1991 1991.5

.I ......... ' ' I ' ..... ' ' ' ' ' I ' ' ' ' ....... I ........... I ' ' ' ........ [ ........... I .......

Observed Rote -- -62.4 + 5.0 mm/yr Wrms of fit = 18.0 mm Reduced Chi square = 2.45

NUVEL model rote = -53.0 mm/yr Weighted mean length -- 7411128886.0 mm

ct 988.5o

Et oaj

>_o o

2

O

m

O

O

I

1989 1989.5 1990 1990.5 1991 1991.5

Observed Rate = -16.9 + 2.9 mm/yr Wrms of fit = 10.8 mm Reduced Chi squore = 2.18


0

0

EE

0

-6{J

> oo

mo

m [21

0o4

I

1988.5 1989 1989.5 1990 1990.5 1991 1991.5

Observed Rote = 1.2 + 12.0 mm//yr Wrms of fit = 43.6 mm Reduced Chi square - 5.,55


7.15

Vector baseline plots for DSS65 -MEDICtNA

EEod03

OOOO

I

_-, 0

_J


1989 t 989.5 1990 1990,5 1991 1991,5 1992

{ -J *---t

Observed Rote = 1.9 + .6 mm/yr Wrms of fit = 2.0 mm Reduced Chi square = 1.31


0

EEo

>(n 0c-

l--

C'4

e3_3

m 0

I

/-%

E

-6"Co

>

0

1989 1989.5 1990 1990,5 1991 1991.5 1992

Observed Rote = -3.3 4-.9 mm/yr Wrms of f{t = 2.7 mm Reduced Chi square = 1.85


O 1989 1989.5 1990 1990.5 1991 1991.5 19920 ..... ' ' ' ' I ........... I ........... I ........... I ........... I ........... I .......... '

O

O

I

.... : ' --f---+

Observed Rote = 3.9 ± 3.9 mm/yr Wrms of fit = 12.4 mm Reduced Chi square -- 2.90


7.16

Vector baseline plots for DSS65 -NOTO

E

d

if3O0

7-

I

c-C3

o_04

E I.J

c- o

¢J I03

Cn

Baseline length = 1712 kilometers Number of sessions --- 5

1989.5 1990 1990.5 1991 1991.5

, , , L , i , i J , i I i i i I L , , , J , , , , i , I _ A i t _ , = i _ i i I L i r i i ...... I .....


NUVEL model rote = .0 mm/yr Weighted mean length = 17118.32914.4 mm

0

Ev

¢)

Q)>

E

F--

c- 04

¢4031D

03 _D

i

Ev

_J

ej

>

c-

To

m

1989.5 1990 1990.5 1991 1991.5

= , I ..... , , i , , , I i , , , , , J h , , L I , , , , I I i I I I i ] I I A I I I I I I ' ' I .... r i

Observed Rote = -7,7 + 2.6 mm/yr Wrms of fit = 3.3 mm Reduced Chi square = 3.82


0 1989.5 1990 1990.5 1991 1991.5' '' ' I ........... I ........... I ........... I ........... I .....

oo

IObserved Rote = -5.2 ± 11.6 mm/yr Wrms of fit = 15.1 mm Reduced Chi square = 6.15

NUVEL model rGte = 4.6 mm/yr

7.17

Eo

c_

04Od3

O04¢N O

I

¢-0

C7_ (x.I

c" I

.d

c 0

0

m

Vector baseline plots for DS$65 -ONSALA60


1989 1989.5 1990 1990.5 1991 1991.5

...... i ........... i ........... i ........... i ........... i ........... i .....

Jt

Observed Rate = .0 :I: 2.7 mm/yr Wrms of fit = 7.6 mm Reduced Chi square = 13.64


o

E

Eo

2

¢) 0

:= I

¢00

nn 0

I

Ev

"6rj

_. 0¢}

>

¢1

_o

m

1989 1989,5 1990 1990.5 1991 1991.5....... I ........... I ........... I ........... I ........... I ........... I ......

÷

Observed Rote = -5.1 _-t: 1.0 mm/yr Wrms of fit = 2.8 mm Reduced Chi square = 1.57


O 1989 1989.5 1990 1990.5 I991 1991.5O_ ...... I ........... I ........... I ........... I ........ ...................I I '

OO

I

Observed Rote = .6 + 5.4 mm/yr Wrms of fit = 14.8 mm Reduced Chi square = 4.08


7.18

Vector boselTne plots for DSS65 -WETq-ZELL

E

c503

IZ3IZ3CD

i

aC

I3"_ c,4

J

_D

o30

rn


1989 1989.5 1990 1990.5 1991 1991.5 1992

.... _ ' ' ' I ..... ' ' ' ' ' ' I ' ' ' ........ I ' ' ' ' ....... I ' ' ' ' ' ' ' ' ' '" I " .......... I ' ' * ' .......

Observed Rote = -.4 + 1.2 mm/yr Wrms of fit = 4,1 mm Reduced Chi square = 5.69

NUVEL model rote = .0 mm/yr Weighted mean length = 1655418186.2 rnm

0

E

do.

o3 0¢-

2p-

0c- C_

:= I03_3

03 0

I

00

Ev

#c-

0:3cn LO

0

0

J

1989 1989.5 1990 1990.5 1991 1991.5 1992......... I ........... I ........... I ..... _ ..... I' ''_'''' T' '1 '' ........ _ I ........ ' ' '

,,, , i , , , L ........... I , , , .... l, ,, IIiiiii iiii11111111 1 i i i i I i i i i ....... I , , i k , i i i i i i

Observed Rote = -2.6 .-t: .8 mm/yr Wrms of fit = 2.6 mm Reduced Chi squGre = 1.57


1989 1989.5 1990 1990.5 1991 1991.5 1992

l ........ I , I , , , , , , , , , I , .... i ..... 1 ..... , ..... I , , , _ ....... I ........... I ...... 1 i i i I

Observed Rote = 6.0 :b 3.7 mm/yr Wrms of fit = t2.5 mm Reduced Chi square = 3.55


7.19

Vector baseline plots for EFLSBERG-HAYSTACK

0

E_E

0O3

o3Lc_

0

I

¢-

0

c

I23 c_4I

B0sel;ne length = 5592 kilometers Number of sessions = 7

1980 1980.5 1981 1981.5 1982 1982.5 1983

---------4

i i i i i .......... I , , ........ I J , , , , , , , , , , , I , .......... I ....... , , , , I ...... i I I i i j I i i i i i i i I

Observed Rote = 23.7 + 5.7 mm/yr Wrms of fit = 15.6 mm Reduced Chi square = 1.41

NUVEL model rote = 19.4 mm/yr Weighted mean length = 5591903564,9 mm

EoE_

>m 0

co Io

on

o0

I

0 1980 1980.5 1981 1981.5 1982 1982.5 19830 L'''t ....... ''''1 ........... I ........... I ....... ''''[ .......... 'l'_'''''''''l '''''' .....

00

EgvC_l

> 0

'U

m c_I

Observed Rate = -9,4 + 5.6 mm/yr Wrms of fit = 16,1 mm Reduced Chi square = 6.17

NUVEL modet rote = -6.9 mm/yr

1980 1980.5 1981 1981.5 1982 1982.5 1983.... I .... '' ..... I ........... I .... '''''''f'''' ...... '1 ........... ] ........... I ........ '

Observed Rote = 2,3 + 13.4 mm/yr Wrms of fit = ,35.4 mm Reduced Chi square = .95


7.20

Vector baseline plots for EFLSBERG-HRAS 085

Baseline length =

_980.5 1981/--.0E_E

0O

0

I

..C

go _-T_ -_ .

IObserved Rate = 13.0 4- 12.4 mm/yr


8084 kilometers Number of sessions = 6

1981.5 1982 1982.5 1983

.... -- _ m -- --

i i i i i _ i I i i i _ ........... I , , I , i i i i i i i I i i I i i .... , , I , , , , , , , , , , , I , , , , , , , , ,

Wrms of fit = .32.2 mm Reduced Chi squore = 1,64

Weighted mean length = 8084184858.9 mm

_80.5o

A

EoE_

<D

>O

2p-

.c o

O

m

OO

7

1981 1981.5 1982 1982.5 1983' ' ' ' ' ' ' ' ' ' ' I ' ' ' ' ' ' ' ' ' ' ' I ' ' ' ' ' ' ' ' ' ' ' I ' ' ' ' ' ' '' ' ' ' I ' .... ' ' ' ' ' ' i ' .... ' ' ' '

Observed Rate = -19.5 4-14.5 mm/yr Wrms of fit = 25.9 mm Reduced Chi square = 11.28

NUVEL model rote = -18.,3 mm/yr

_:::_980.5 1981 1981.5 1982 1982.5 19830 ' ' ' ' ' ' ' ' ' ' ' l ' ' ' ' .... ' ' ' I ' ' .... ' .... I ........ ' ' ' I ' ' ' ' ' ' ' ' ' ' ' I ....... 'IN

E_E

v

-60

0_D

7>

_Dc"

0C]IN

I

I i i i i i i i i i i I ..... , ..... I ..... , , i , , , I , , , , , , , , , i , I , , , , , , , , , , , I ...... , , ,

Observed Rote = .1 4::33.9 mm/yr Wrms of fit = 75.3 mm Reduced Chi square = 3.32


7.21

Vector baseline plots for EFLSBERG-ONSALA60

Baseline length =

1980.5

E

c5go(2) C,4

_ O

E C",l

._1

llJ

O

m


1981 1981.5 1982 1982.5 1985

........... I ........... 1 ........... I ........... I ........... I ..........

-4

* * , ..... J I I _ , , , , , ...... I _ i i i i i i , , , , I .... i i i i r , i I i , , ..... , , _ I , , , ......

Observed Rote = .2 ± 2.1 mm/yr Wrms of fit = 5.5 mm Reduced Chi squore = 2.42

NUVEL model rote = .0 mm/yr Weighted meon length = 832210507.,3 mm

1980.5 1981 1981.5 1982 1982.5 1983

........... I .... ' ...... I ........... I ........... I''' .... ''''1' .......

O-¢

Edo

>O

p-

¢- ("4

= I_o

m O

,it

I

4

Observed Rote = -.3.0 ± 2.0 mm/yr Wrms of fit = 4.7 mm Reduced Chi squore = .86


_=_980.5(D

Ev

_. 0

>

ajE

0

m

OO

7

1981 1981.5 1982 1982.5 1983

........... i ........... I ........... I ........... I ........... I .........

.... i i ,

Observed Rote = -8.0 ± 5.8 mm/yr Wrms of fit = 13.9 mm Reduced Chi squore = .56


7.22

Vector basetine plots for ELY -HATCREEK

E°

v

d00 od3 O4

O40

C:)

LO 0

t

t-

_./

._. 0

m


1985.5 1986 1986.5 1987 1987.5 1988 1988.5 1989

"1 .... I ....... '' ''1 .... ''' ' '''1' ..... '''' '1 ..... ' ..... l ....... ' '''1 .... ''' ''' '1' '' ........ I ........

++ +--4

,,,,I ......... ,,I ,,,,,,,,,,,I,,, ,,,,,,,,I,,,,, ,,,,,,I,,,,,,,,,,,1 ......... ,,I .......... *1 .........

Observed Rate = 3.6 + 1.7 rnm/yr Wrms of fit = 6.5 mm Reduced Chi square = 2.15


toIE_o

v

>

E

p--

._- 0

if?

00

I

Ev

-6._"_o¢1>

e-

0 1985.5 1986 1986.5 1987 1987.5 1988 1988.5 19890 '''''1' ' '''''''''l''' '''' ''''1 ........... I'' ....... ''1''' ........ I .......... 'I''' .... ''''1 .........

.... I , , ......... I ..... i ..... I, ,, Iiiiiii illllll iiii ill ILIIIIII i,, I .... I ...... I , , , ........ l, , , , , , , , ,

Observed Rote = 2.3 ± ,3.1 mm/yr Wrms of fit = 12.6 mm Reduced Chi square = 4-.52


0 1985.5 1986 1986.5 1987 1987.5 1988 1988.5 19890 , .... I ....... ''''1'''''''''''1''' ........ I ........... t ........... I'' ......... I'''''' ..... I .... ' ....¢'4

00O4

IObserved Rote = -24.0 ± 8.2 mm/yr Wrms of fit = 28.2 rnm Reduced Chi square = .86

NUVEL model rate = .9 mm/yr

7.25

Vector baseline plots for ELY -HRAS 085

O

t-,,O

E _E

v

2 °

u3o(3r,,,

(:3

I

_J-.J I

c

o133

I

Baseline length : 1379 kilometers Number of sessions = 10

1985 1986 1987 1988 1989

t ÷ + +f

i

.... i i J i r i i _ i i i I _ _ , , I _ ...... i i I i I , , , , .... i i I I , , , , , ..... i I i i i i

Observed Rote = 1.3 -t- 2.0 mm/yr Wrms of fit = 8.0 mm Reduced Chi square = 1.82


E

(#

>o3 0c"

_J

0n_

00

r

00

EE

v0

-6°_

> 0

0

o3

rn 0

0cxl

0 1985 1986 1987 1988 1989O ......... I ........... I ........... I ........... I ......... ...... I

.... i , , I [ i , , , , ...... I i i i i i i i , , , , I ..... i , , , , , I ..... i i t i i i I i i i 1

Observed Rate = -7.2 + 1.4 mm/yr Wrms of fit = 6.6 mm Reduced Chi square = 1.24


1985 1986 1987 1988 1989......... I ........... I ........... I ........... I ........... I ....

, , , , , i i , I I , _ , , , .... i I , , , , , , , .... I i i i h i i I i i , 1 I , .... i i i i i i I i J i

Observed Rate = -1.3 + 7.2 mm/yr Wrms of fit = 28.1 mm Reduced Chi square = .72


7.24

Vector b0sel[ne plots for ELY -MOJAVE12

00

EE

CNr_

I

c-

o_

c-°_

_ 0o 0m _

I


1985 1986 1987 1988 1989 1990

__ m

I _ ...... IJ ,,l *I*+L,+IIL,I+,,,,,,[+,,,, ,+*A, I['' *'*'' ,,',ILL'+'', LII' r ill 'k, 'J l

Observed Rote = -6.6 + 1.7 mm/yr Wrms of fit = 9.1 mm Reduced Chi squere = 3.29


0

EEov

>0

¢-

2p--

c- C,4

m o

t

oo

.,-.,04EE

v

>

o°

r_

00

I

1985 1986 1987 1988 1989 1990r ' ' ' ..... ] ...... ' ' "' ' I ' ' ' ' ...... "' I ' ' ' ' ....... [ .......... ' I ' ' ' 1 ....... I ' "" ........

Observed Rote = 2.3 +.7 mm/yr Wrms of fit = 4.0 mm Reduced Chi squore = .91


1985 1986 1987 1988 1989 1990

+

Observed Rote = 6.6 ± 8.9 mm/yr Wrms of fit = 39.7 rnm Reduced Chi squore --- 1.82


7.25

Vector baseline plots for FLAGSTAF-HATCREEK

O1--.OE _E

(5

OhO

O

I

t-

d

E

rnI

Baseline length = 1052 kilometers Number of sessions - 8

1985 1986 1987 1988 1989 1990......... I ........... [ ........... I ........... [ ' ' ' _ ....... I ........... I ...... ' ' ' '

a i ...... I ........... t ........... I .... i i z n I i i J a i iir Zllll f I i a i i i i i L_ L i I _ A _, i rr J i r

Observed Rote = 8.4 + ,7 mm/yr Wrms of fit = 3.7 mm Reduced Chi squQre = .38

NUVEL model rate = .0 mm/yr Weighted meon length = 1062209390.4 mm

o

E

Eo_J

>

c-

2

t- c_

03_3

m 0

00

EEo°

v04

-6¢3

> 0

c"

Q3 04I

1985 1986 1987 1988 1989 1990

'' ...... I ........... I ....... ''''l'''''''''''l'''''''''''l ........... I .........

1.

...... ,,I,,,, ,,,,,,,L,,,,,,,, ,,, I .... , , ..... I ........... I I i i i nil lain [nanr nllllaT

Observed Rate = -1.0 + 1.5 mm/yr Wrms of fit = 8.3 mm Reduced Chi squore = 2.00


1985 1986 1987 1988 1989 t 990........ I ........ '''1 ........... I _ .......... I'''_'_'''1 ........... I ..........

t

+ +



7.26

Vector baseline plots for FLAGSTAF-HRAS 085

EEod

ro c,40o

_fobp.,.

co o

t

c-

_.J

i1)

°_

on


1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

.' ..... I ........... I'' ......... I ........ '''1 ........... I ........... I ........... I ........... I'' ......... [ ........

,_,,r,l ........... I ........... I,_ ......... I ........... I ........... I .... _ ...... I ........... I ...... ,,,,,I,,, ....

Observed Rate = 1.7 4-2.2 mm/yr Wrms of fi{ = 5.2 mm Reduced Chi square = 1.19

NUVEL model rate = .O mm/yr Weighted mean length = 87928,3108.1 mm

EoE_o

>e] O

2p--

.-_ O

m

O(D

r

O

(:3('4

A

EE

vOO

-6_O

:D

>

C-

03O

rn O

O

I

O 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5(D ' ..... f ...... _ .... f ........... I ........... f ........... I ........... I''' ........ I ........... I ........... I ........ .



1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5_' ..... I ........... I ........... I ........... J ........... I ........... ) ........... 1 ........... I'' ......... ) ........ ,

.... ,1 ...... t .... I ....... ,,,,I,,,, ,1111,,I,,,1 ....... t,1,1,, ..... I,,iJlllll,,l,,,,,,,,,,,ll, .... ,,,,,I .......

Observed Rate = 12.5 4- 18.1 mm/yr Wrms of fit = 43.8 mm Reduced Chi square = 1.73


7.27

Vector bosel[ne plots for FLAGSTAF-MOJAVE12

/-%

EE oc5O_

0

0 ¢q

tz30COr-,-

I

c-

..J

.__ 0

m

Boseline length = 478 kilometers Number of sessions = 8

1985 1986 1987 1988 1989 1990

......... I ........... I ........... ] ........... I ........... I ........... I .........

Observed Rote = 3.8 + .9 mm/yr

NUVEL model rote = .0 mm/yr



EoE_

>m 0c-

.E 0

0m

00

I

0

0("4

A

EE

-.dO0

>

c

0

0

m 0

0

I

0 1985 1986 1987 1988 1989 19900 ......... I ........... I ........... I ........... I ........... I ........... I ...........

...... , , I 11111 ,l J d i, r i , 1,11 I .... I ........ f I i I i i I I,,,,,,, I ,, , , , ,, , , , , I , , ........


NUVlFL model rote = -1.,3 mm/yr

1985 1986 t987 1988 1989 1990......... I ........... i ........... I ........... I ........... I ........... I .........

........ I ........... _ ........... I,, ,llllll,llll ,,_,1,1, i r .......... ,I,,, ,,,,,,

Observed Rote = 14.1 _t: 7.0 mm/yr Wrms of fit = 33.2 mm Reduced Chi squore = 1.09


7.28

Vector baseline plots for FORTORDS-GILCREEK

0p..OE04£

v

L_3

('4_300

r_3 0

I

E

I

0

EEo--J04

>m 0c

F-

_.- o4

m 0

I

E oE

v

>

¢-o_


198g 198g.5 1990 1990.5 1991 1991.5.... I ' ' ' ' ' ' ' ' ' ' ' I ...... ' ' ' ' ' I ' ' ..... ' ' ' ' I ' ' ' ' ' ' ' ' ' ' ' I ' ' ' ' ' ...... I ' '



Offset = -21.9 _+ 11.7 mm

1g89 1989.5 1990 1990.5 1991 1991.5

F

, , , , I , , , , , L , , , h , I , , , , , a , , , , l } i I i i I i n i , a i I , , i T ....... i ........... I , ,

Observed Rote = g.9 ± 2.1 mm/yr Wrms of fit = 4.8 mm Reduced Chi square = .99

NUVEL model rote = 7.1 mm/yr Offset = -22.2 + 4.1 mm

0 1989 1989.5 1990 1990.5 1991 1991.5

0(:304

I

__._._._-.-

+f


NUVEL model rote = 8.2 mm/yr Offset = 14.8 d: .52.1 mm

7.29

Vector baseline plots for FORTORDS-MOJAVE12

00

EE

S

"¢ 0

I

£

(Dc-

o_

(a (D

m

E°

I0

m

oo

I

/-..0

EoE

v

>

c-._

Orn d


1989 1989.5 1990 1990,5 1991 1991.5..... I ........... ] ........... I ........... 1 ........... I ........... 1 ' '

.... I , , , , , , , , , , , I , , , , , , , , , , , I .......... , I , , , , , , , , , , , I , , , , , ...... I , I


NUVEL model rate = ,37.8 mm/yr Weighted mean length = 462074982.6 mm

Offset = 4.1 _-k 3.8 mm

0 1989 1989.5 1990 1990.5 1991 1991.5O ..... I ........... I ......... ' ' I ........ ' ' ' I ........... I ........... [ ' ' '

p

Observed Rate = 22.9 + 2.,3 mm/yr Wrms of fit = 6.0 mm Reduced Chi square = 1.74

NUVEL model rote = 29.2 mm/yr Offset = 47.2 _+ 4.5 mm

0 1989 1989.5 1990 1990.5 1991 1991.5

0 .... I ........... I ........... I ........... I ..... ' ..... I ........... I ' ' 'C'q

00C_

I, , , , , I , , , , ....... I , , , , i i , , , , , I , i , , , , , , , , , i ...... i i i r i I i i i i I i i i i i i I i i

Observed Rote = 10.9 ± 14.2 mm/yr Wrms of f[t = ,34.8 mm Reduced Ch[ square = 1.44

NUVEL model rate = -1.9 mm/yr Offset = 2.1 ._+ 26.0 mm

7 ..30

Vector baseline plots for FORT ORD-HATCREEK

00

-'-'- C-4

EE

v

40°04

Ic-

wooI

c-

cn 0

gof


1984,5 1985 1985.5 1986 1986.5 1987 1987.5 1988

......... I ........... I ........... ] ........... I ........... I ........... J ........... J ........... I ....


NUVEL model rate = -38.0 mm/yr Weighted mean length = 461111247.g mm

A

EoE_

>m 0

.c 0

123

00

T

00

EE

v

>

o°

rn

0

C:3

I

0 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 19880 ......... I ....... ''*'1 ........... I'' ......... I ....... ''''1' .......... I'' ......... I ........... I ....

tI

F-

Observed Rate = 22.3 4- 2.9 mm/yr Wrms of fit = 10.6 turn Reduced Chi square = 7.02


1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

......... I ........... I ....... _'' '1 '' ...... ' ' 'l ''_ ........ t ........... I ........... I ...... ' ..... I ....

Observed Rote = 24.8 =t:26.8 mm/yr Wrms of fit = 91.4 mm Reduced Chi square = 5.82


7.31

Vector boseline plots for FORT ORD-MOJAVE12

EEo°

d

C_

G°

IooO_ I¢-

d

_" 0

m


1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

.......... i'" ........ i ........... i ........... i ........... i ........... I ....... ,,,,i ........... i ........... I ,,,,


NUVEL model rote = 38.3 mm/yr Weighted mean length = 464719642.7 mm

EE o

c- I

t- o= (:3

Q3

od3

T

.ooEe4E

v

"_0

Q)>

0 c'4m I

1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 19880

+

I

Observed Rote = t9.4 4- 1.8 mm/yr Wrms of fit = 7.6 mm Reduced Chi squore = 2.29


0 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

0 ......... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ....

C30

I

Observed Rote = 4.3 :1:12.1 mm/yr Wrms of fit = 48.2 mm Reduced Chi squore = 2.06


7.52

0

0

EE

v

0r_

lc-

ic

co 00 0

cn

I

Vector baseline plots for FORT ORD-OVRO 150


1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5.......... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I .......

f_---

Observed Rote = 13.8 4- 1.8 mm/yr Wrms of fit = 4.1 mm Reduced Chi square = 1.02

NUVEL model rote = 18.7 mm/yr Weighted mean length = ,317067312.1 mm

EooF_

v

>cn 0c

(:3

:-= (:3

co I(3rn

00(,4

I

0 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5

.......... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........

p

I

,, , , kilt '1 ....... ' ' ' '1 ........ ' ' ' [ ' ' ....... ' '1 ' ' ''J' ..... I , ,, ,,, ,, ' ' '1 ..... , , ,, , ,I ..... ,, ,, ,,I ........

Observed Rate = 30.2 ± 5.4 mm/yr Wrms of fit = 13.3 mm Reduced Chi squore= 6.08

NUVEL modei rote = 43.9 mm/yr

0 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987,5o

---8

('N

I Observed Rate = -3.7 4- 13.9 mm/yr Wrms of fit = 37.0 mm Reduced Chi square = 1.09

NUVEL model rote - -1.2 mm/yr

7.33

Vector basetine plots for FORT ORD-VNDNBERG

cv

d_- 0c,4 C_

O0_0

i

c-

Q)

m

Bcseline length = 257 kFlometers Number of sessions = 11

1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

.......... i ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I .... _,I

I+ + +__+ +

Observed Rate = 1.0 + 1.4 mm/yr


+Wrms of fit = 5.5 mm Reduced Chi square = .98


cc oq360

>0

¢-

+.-

¢3

.-_ 0

r'n

00

r

00,,¢

cco°

yen

-6_3

> o

c-

<_

03 ¢'4

I

0 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

0 .... , .... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ............. I ''

++ ,I,__ +- + I++ +

.... ' I ' I ' I ........... [ ' L I I I I I ' I ' ' I ' + ' ' ' ' + .... ] ' L ' 11 J J J 1 ' * I .......... + I ' I i ' ' ...... I,,,,,+ ..... I',,,,, ..... I , i i I



1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

......... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ....

......... I,,,,,,, .... t ..... ,,,,,,I,,,,,, ..... I .... ,,,,,,,I,,,,,,, .... t,,,,,,, .... l,,,,,, ..... I , , , , , j , , , i i t , , . I

Observed Rote = 14.5 :l: 11.7 mm/yr Wrms of fit = 45.2 mm Reduced Chi square = 1.45


7.54

Vector baseline plots for GILCREEK-HATCREEK

C3

E_E

04

p..

O4

Ic-

_o

¢-o_

No(3

rnI

Baseline Length = 3127 kilometers Number of sessions = 65

1986 1987 1988 1989 1990

........ I ........... I ........... I ........... I ........... I ..........

Observed Rate = -8.0 + .8 mm/yr Wrms af fit = 9.7 mm Reduced Chi square = 2.29

NUVEL model rate = .0 mm/yr Weighted mean length = ,5126752884.0 mm

EoE.0_J

_J

c-

p--

_t

._- 0

{3m

0C)

0 1986 1987 1988 1989 19900 ........ I ........... I ........... I ........... I ........... I ..........

f

Observed Rote = .8 _-i:.6 mm/yr Wrms of fit = 6.7 mm Reduced Chi square = 2.94


1986 1987 1988 1989 1990

1EE

vO0

>

._

o3

nn 0

0

I I t l.... ....

Observed Rate = 8.9 4- 2.6 mm/yr Wrms of fit = ,30.4 mm Reduced Chi square = 2.23


7.55

Vector baseline plots for GILCREEK-HAYSTACK

O

_-..O

E_E

d("4CN

00,¢Ob

_3OLZ3 C3

I

¢-

-J 1

_Jc-om

O

rnr


1985 1986 1987 1988 1989


1990 1991

Observed Rote = -2.3 + 2.2 mm/yr Wrms of fit = 4.9 mm Reduced Chi squore = 3.87

NUVEL model rote = .0 mm/yr Weighted meon length = 5039482222.0 mm

EoE,O

_of,

O3

0

0

i

Ev

>

t-o_

_o

0 1985 1986 1987 1988 1989 1990 19910 .' ' ' ' I ........... } ........... I ........... I ........... I ........... I ........... I ........

Observed Rote = -7.8 :1:.8 mm/yr Wrms of fit = 3.7 mm Reduced Chi square = 1.89


0 1985 1986 1987 1988 1989 1990 19910 .... I ........... r ........... I ........... I ........... I ........... I ........... I ........

0

0

TObserved Rote = -7.1 + 4.6 mm/yr Wrms of fit = 12.1 mm Reduced Chi square = 2.91


7.56

Vector baseline plots for GILCREEK-HOBART26

EEoov

c'4

dO_

(33

c,4 0

0 (:3

O_

0

I0

E

_../

mo

123


1990 1990.5 1991 1991.5 1992

........ I ........... i ' ' ' ...... ' ' I ' ' ......... ] .... ' ...... I

, , , , , , , I i i i i ....... l , , , l , i i , , i i I i i i t i i i i i i i r _ k i i i i ..... I

Observed Rote = -19.2 ± 10.3 mm/yr Wrms of fit = 35.7 mm Reduced Chi square = 2.47

NUVEL model rate = -40.2 mm/yr Weighted mean length = 10953029792.0 mm

EoE_

>m OE

I..-

m

OO

I

OO

EE

vO

-6

> oo

m

m O

Ocxl

I

0 1990 1990.5 19910 ........ I ........... I ........... I .......

1991.5 1992.... I ........... I

, , , , , , I , t , L L a I I J I ' I ..... , , * * , * I L , , , , , I i I I I I ..... , , , * , , I



1990 t990.5 1991 1991.5 1992

i i ..... [ , , , , , , , i i i i [ i i i i i i i i i i i 1 i i i i i i i i i i i I ...... J , , , , J

Observed Rote = -37.5 ± 5.9 mm/yr Wrms of fit = 21.2 mrn Reduced Chi square = t.23


7.37

Vector boseline plots for GILCREEK-HRAS 085

0

E _E

v

d

("4

IZ3C_r_

0

I

¢-.i-,

d I

c-

133I


1985 1986 1987 1988 1989

.... I ..... ' ..... I ..... ' ..... I .......... ' I ........... I ..... ' l

1

Observed Rote = 2.7 -t- 1.7 mm/yr Wrms of fit = 11.6 mm Reduced Chi square = 2.4,3

NUVEL model rote = .0 mm/yr Weighted mean length = 47258123,.30,6 mm

EoE_

o

>m 0¢-

._c 0

m 1o

m

00

I

.-.gE_E

>

i1/¢-

_ CXlon I

0 1985 1986 1987 1988 19890 .... I ........... I ........... I ' ' ' ........ I ........... I .......

.... I ........... I ...... , , , , , I , , , , ....... I ......... I I 1 I I I I I I

Observed Rote = -8.8 4-.6 mm/yr Wrms of fit = 4.9 mm Reduced Chi square = 1.63


0 1985 1986 1987 1988 19890 .... i ........... i ........... i ........... I ........... I ......

0CD

I

']+ -/+++ f t -

.... i ....... i i i i I I .......... i ......... i I I I i i i , i L , i L i I , , , , , , I

Observed Rote = -2.8 ± 4.6 mm/yrNUVEL model rote = 1.0 mm/yr


7..58

0

/--.0

E_E

v

d

C3

0`4

._-0

I

c"

q_J I

t'-

123 _I

Vector bosel[ne plots for GILCREEK-KASHIMA


1985 1986 1987 1988 1989 1990 1991..... I ........... I ........... I ........... i ........... I ........... I ........... I ...........

+i-4

.... I , , , , i , i J i i , I ..... ,,, ,,,l,,llllll,,,I,,, ,,,,, ,,,I,illl ...... I , , , , , , I , i i i I ......... ,

Observed Rote -- -1.3 + .6 mm/yr Wrms of fit = 11.9 mm Reduced Chi square = 2.21NUVEL model rote = .0 mm/yr Weighted moon length = 5427104,571.0 mm

EooE-

v

>0

0 1985 1986 1987 1988 1989 1990 1991_ f .... I _ .......... I ...... ' .... I _ , I ..... _ ' ' I ........... I .... ' ...... t ......... 1 ' I l I ' I .......

0'4

I Observed Rote = 20.5 ± .3 mm/yr Wrms of fit = 5.6 mm Reduced Chi square = 1.11


1985 1986 1987 1988 1989 t990 1991

'' .... I ........... I ........... 1 .... ' _ ..... I _ ........ ' ' I ........... I ..... _ ..... I .......... 't

0

EE

Observed Rate = 16.8 ± 1.8 mm/yr Wrms of fit = 55.2 mm Reduced Chi squore = 2.37

NUVEL model rote -- 8.7 mm/yr

7.59

Vector baseline plots for GILCREEK-KAUAI

Etov

,1¢

c5O_

00

O0 04

0.4p..

I

c- 0

c-

_J

0

m


1985 1986 1987 1988 1989 1990 1991 199

...... i ........... i ........... i ........... i ........... i ........... i ........... i ...........



g

g

00

I

0

0

E_Ev

__ 0

>

0 O4rn I

00

I

1985 1986 1987 1988 1989 1990 1991 1992....... I ........... I''''' ...... I ........... I ........... I ........... I ........... I ........... It

..... I ........... l,,,I,,, ,. ,,I.., ,,,,,,,,I ...... , , , , , [ , , , , ....... I,,,,,,,,,,,I,, .........

Observed Rote = 65.3 4- .2 mm/yr Wrms of fit = 6.6 mm Reduced Chi square = 1.85


1985 1986 1987 1988 1989 1990 1991 1992

Observed Rote = .0 4- 1.1 mm/yr Wrms of fit = 28.0 mm Reduced Chi square = 2.61


7.40

C:30

EE

v

00

0o 0

I

e-

l

E

CO 0O O

m _

I

Vector baseline plots for GILCREEK-KODIAK


1985 1986 1987 1988 1989 1990

.... .... ..... .... ii

, , , , J I i i i _ * i i I I I I t ...... _ ' i , _ I , _ , _ i r L .... I , , _ , _ , i J i _ i I .... i i L l i i i [ i ..... l

Observed Rote = -3.8 + .9 mm/yr Wrms of fEt = 4.6 mm Reduced Chi square = .69


oo

AEoE_

oi

>

E

F.--

.C_ 0

0m

0

1985 1986 1987 1988 1989 1990

0 , , , , , I L i L L ....... I , , , , L b I i i , i i , , , , , , , , , , , I i i , l i i ..... i , , , , i I b , , , , i , , , , ,

_" Observed Rote = 8.2 + .9 mm/yr


00o4

EE

v 0

"8

> 0

o03om 0

0

,i


1985 1986 1987 1988 1989 1990..... I ........... I ........... I ......... ''1 ........... I ........... I .....

t { I

Observed Rate = -5.2 + 8.3 mm/yr Wrms of fit = ._9.1 mm Reduced Chi square = 1.46


7.41

Vector baseline plots for GILCREEK-KWAJAL26

Baseline length -- 6720 kilometers Number of sessions = 19

ol 984.5 1985 1985.5 1986 t 986.5 1987 1987.5 1988 1988.5

_.o _.,........... , ........... , ........... , ........... , ........... , ........... , ........... , ........... ,,,,E EE "

d3

t_

(,{3Oh

c-

DO

_2'J I

c

IObserved Rote = -20.7 ± 4.7 mm/yr Wrms of fit = 26.6 mm Reduced Chi square = ,3.07

NUVEL model rote = -22.4 mm/yr Weighted meon Length = 6719676591.7 mm

984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

) ] ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ' ' '

E8E_

v

::>0

c--

2I.--

c- 0=-= 0

0m

0

0

IObserved Rote = 88.5 ± 1.8 mm/yr Wrms of fit = 10.0 mm Reduced Chi squore = 2.59


01984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 19882

!1 ........... I .... '' ..... I ........... I ........... I ........... I ........... I ........... I ........... I''

+t_°

_ooaT

0 .

0

I

i j i i i i i i i i i i , I ........... f ........... [ ........... I ........... J ........ ,,,I .... iii1111] iii llllllltlll I



7.42

Vector baseline plots for OlLCREEK-MOJAVE12


o 1985 1986 1987 1988 1989 1990 1991 1992

........ ,............... .........................

c

m _I

,,,,,I ........... ],,,,,,,,,,,l ........... I,,,,,, ..... I ......... ,,I,, ......... I ...........

Observed Rote = -9.9 -I-.2 mm/yr Wrms of fit = 5.9 mm Reduced Chi square = 2.23

NUVEL model rote = .0 mm/yr Weighted mean length = 38162091,.39.5 mm

1985 1986 1987 1988 1989 1990 1991 1992

,, .... I ........... I ........... I '_' ........ I ........... I ........... I ........... I .... " ......

EoE.O

03

>m 0c-

2

.- 0

0rn

0

0

I

I i , , , i ..... ,,,jl,lll +1 iiil+, ,I,, ,i, ,_ ,_+,1 .... , , , , i , i + ..... , , , i J , I i i + i ....... 1 , , , ,, ......

Observed Rote = -..3.2 + .2 mm/yr Wrms of fit = 4.5 mm Reduced Chi square = 1.84


0

o

_o

1985 1986 1987 1988 1989

...... I ........... I ........... I ........... I ........... I ........

1990 1991 1992

' ' ' I ........... I ........... t

00 ..... I , , , , , , , , , , , ] , , , , , , , .... I , , , , , , , , , , , I , , , , , ..... , I ..... ,,,,,,l,, .... , , , , , [ , , , , , ......

I Observed Rote = 5.0 4-.7 mm/yr Wrms of fit = 17.5 mm Reduced Chi square = 1.81


7.4-,3

Vector baseline plots for GILCREEK-NOME

Es °d

u3O4

O0,¢

O0 0

J

t-

_,J

E 0

0m

Baseline length =

1985

i .....


1986 1987 1988 1989 1990

I ........... I ........... I ........... I ........... I ........... I .....

t

Observed Rate = -1.5 :1:.8 mm/yr Wrms af fit = 5.5 mm Reduced Chi square = 1.15


o,¢

A

E

£o

>0

E

2

c ("4

--- Icno

a3 0

I

00£'4

EE

vOC)

>

¢J 0E

6O0

m 00

i

1985 1986 1987 1988 1989 1990.' ..... ] ........... I ........... I ........... t ........... I ........... I ....

..... I ........ L i , [ , , , i , , I , , , , I , , , , , ...... I ....... i , i , t , , , , , , , , , , , I .....

Observed Rate = -2.7 + .9 mm/yr Wrms af fit = 6.3 mm Reduced Chi squ0re = 1.94


1985 1986 1987 t988 1989 1990.' ..... I ........... I ........... f ....... _''1 ........... t ........... I .....

...... I .......



.... l,,i,llll,l,l,,,,,,, .... I ..... ILhllJl,,,,,,,,,,,I .....

Wrms af fit = 33.2 mm Reduced Chi square = .79

7.44

01-..0E_4E

_i

O4

00

I

_0e- 0

I

Vector baseline plots for GILCREEK-NRA085 5

Bcsel[ne length = 5035 kilometers Number of sessions = 135

1989.5 1990 1990.5 1991 1991.5 1992.......... I ........... I ' .......... I .......... ' l ........... I ........... I

+

/ t

Observed Rote = -.5 4- 1.4 mm/yr Wrms of fit = 12.1 mm Reduced Chi squore = 2.46


0 1989.5 1990 1990.5 1991 1991.5 19920 .......... I ........... t ........... I ........... i ........... I ........... i '.

EoE_

m 0

.--- 0

[13

00

5-Observed Rote = -5.2 4- .6 mm/yr Wrms of fit = 5.6 mm Reduced Chi square = 1.36


E_E

v

-6

_o>

ej

o

0 1989.5 1990 1990.5 1991 1991.5 1992

o

I Observed Rote = -11.6 4- 2.7 mm/yr Wrms of fit = 24.3 mm Reduced Chi squore = 1.53


7.45

Vector baseline plots for GILCREEK-ONSALA60

O-'-_ dbEE

v

_5oO O

E0(30

_O

I

c-

DOO

iT¢-

{3

mI

Basefine length = 6066 kilometers Number of sessions = 12

1986 1987 1988 1989 1990 1991....... _ ........... I ........... I ......... _ ' I ' ' ' ' ' ' ..... I ........... I .......

+

Observed Rate = 16.0 +2.1 mm/yr Wrms of fit = 11.5 mm Reduced Chi square = 2.41

NUVEL model rate = 11.0 mm/yr Weighted mean length = 6066488175.3 mm

EoE_o

¢)

>m 0E

p-

.c 0

Om

00

I

0 1986 1987 1988 1989 1990 1991O ....... I ........... I' ' ' .... ' ' ' ' ] ........... I ........... I ........... I ........

-÷ f

...... I ........... I ........... I ....... i , , J I i i i i i i i , , t , I _ i , i i , , , , , _ I , , , , , , ,



0 1986 1987 1988 1989 1990 1991O ....... I ........... t ........... I ........... I ........... I ........... I ........

>

Toe3 Lz3

o

o

IObserved Rate = -15.0 + 3.3 mm/yr Wrms of fit = 19.4 mm Reduced Chi square = 2.19


7.46

Vector baseline plots for GtLCREEK-OVRO 150

0.-.0

E _E

v

60

r-.. u3Lc3LO0

o0

0

I

E

m _I


1985.5 1986 1986.5 t 987 1987.5 1988 1988.5.... I ........... ] ........... i ........... I ........... I ........... i ........... I ' ' ' ' ' ' ....

.... I , , , . , , . , , . , I , , * , , , L L i , , I ..... , * , , , , I , , , , , r ..... I . . , , , , , , , , , ] , , r i J I I I L ' ' I .........



1985.5 1986 1986.5 1987 1987.5 1988 1988.5

- -- t .... + + t®o _t

_r

I



oo

AEE

v 0

-6

©> 0

0

o

m 00c,4

I

1985.5 1986 1986.5 1987 1987.5 1988 1988.5.... ] ........... I ........... I ........... I ........... I ........... I ........... I ..........

.... I,,,,,,,,,,,Ir, ,Lllls,,,I ...... , , ,,.I,iLk,t ,,,, ,I,,,,. , ,,.**I,I,,LLJ .... I ...... , , ,

Observed Rate = 16..5 ± 10.4 mm/yr Wrms of fit = 32.4 mm Reduced Chi square = 2.92


7.47

Vector baseline piots for CILCREEK-PENTICTN

01--.0

E_E

v

L'3r_

r_304 0

I

t-

-J I

E

{3r'm

I


1985 1986 1987 1988 1989 1990.... I ........... I ........... I ........... I ........... i ........... I ......

-----t

:

A A , I ........... t ........... I ........... t ........... I .......... i J i L i i i i

Observed Rote = 6.4 -{- 1.8 mm/yr Wrms of fit = 7.5 mm Reduced Chi square = .76

NUVEL model rote = .0 mm/yr Weighted mean length = 2,374175691.8 mm

1985 1986 1987 1988 1989 1990L .... I ........... I ........... I ' ' ' ' ....... I ........... I ........... I ......

0

E

.... I ....... , , , , I ........ , , , I ........... I ........... I ........... I ..... i

Observed Rate = -4.1 ± .4 mm/yr Wrms of f;t = 1.g mm Reduced Chi squ0re = .24

NUVEL model rote = -,:3.1 mm/yr

E o

Ev

-5(J

>

E

0 1985 1986 1987 1988 1989 19900 .... I ........... I ........... 1 ......... ''1 ........... I ........... I .....

0

0O'4

I

.... I ..... , ..... t , .......... I ..... , ..... I ........... I r , L i i i i L L i i I t i , , I ,

Observed Rote = -,.31.2 + 3.6 mm/yr Wrms of fit = 15.6 mm Reduced Chi square = .16


7.48

Vector boseIine plots for OlLCREEK-PIETOWN


1989.5 1990

Ed o¢5p..

c'404

i

_04

c- I.J

03_3

m


1990.5 1991 1991.5 1992

....... ' ' ' ' I ........... I ........... I ..... ' ..... I .......... '

Observed Rote = -6.1 ± 1.2 mm/yr Wrms of fit = 4,0 mm Reduced Chi squore = 4.17

NUVEL model rote = .0 mm/yr Weighted meen length = 4225114870.7 mm

1989.5 1990 1990.5 1991 1991.5 1992

.......... '1''' ........ I ....... _'''1 ........... I ...........

0

EEo

"_" 04

>cn 0c-

F--

0¢- o4

09C_

m (:3

I

Observed Rote = -1.9 ± .9 mm/yr Wrms of fit = 3.0 mm Reduced Chi squore = 1.58


I_89.50

E oE

v

-6(J

_J>

c-

cn

m

1990 1990.5 1991 1991.5 1992

........... I ........... I ........... I ........... I ' ' _ ........

÷+ +T

(:3

I Observed Rote = 10.8 ± .3.3 mm/yr Wrms of fit = 11.2 mm Reduced Chi squore = .3.40


7.49

Vector baseline plots for G1LCREEK-PLATTVIL

O

.,-,, O

E _E

d_o("4

O

E

O

I


1986 1987 1988 1989 1990........ I ' ' ' ' ....... I ........ ' ' ' I ........... I ........... I .........

It ....... _ ........... i ........... j ........... t ........... t ..........

Observed Rate = 5.6 -1- 2.5 mm/yr Wrms of fit = 11.0 mm Reduced Chi square = 1,60

NUVEL model rate = ,0 mm/yr Weighted mean length = 3810424345,9 mm

o

,¢

EEo

_o

I-.-

OE O4

m O

I

OO

EE

vOO

"8-

>

E

m 0

0

T

1986 1987 1988 1989 1990........ I ........... 1 ........... I ........... I ........... I ..........

........ ] ........... I ........... I ........... I i i i r i i i i L i , I i , , , , L i , h ,

Observed Rate = -4.6 ± .8 mm/yr Wrms of fit = .3.6 mm Reduced Chi square = .84


1986 1987 1988 1989 1990........ I ........... I ........... I ........... I ........... I .........

Oioserved Rate = -3.0 ± 9.3 mm/yr Wrms of fit = 42.9 mm Reduced Chi square = 2.98


7.50

Vector boseline plots for GILCREEK-PRESIDIO

0r,.O

E _E

v

c5

0

o_

ro 0

I

c-

om _

I

0

EEo"_ C'q

m 0e-

l..-

_ 0_ cxl

:-= I

o

123 0

I

00¢N

EE

vO0

>

_ 0e-

ffl0

m 00

I


1988.5 1989 1989.5 1990 1990.5 1991 1991.5......... I ........... I ' ' ' _ ....... I ........... I ........... I ' ' ' ' ....... I ........... I ' '

Observed Rote = -29.0 -t-4.3 rnrn/yr Wrms of fit = 7.9 mm Reduced Chi squore = .75

NUVEL model rote = .0 mrn/yr Weighted rneon length = .5396404627.2 rnm

Offset = -2.8 ± 13.2 mm

1988.5 1989 1989.5 1990 1990.5 1991 1991.5' ' ' ' ...... I ' ' ' ........ I ........... I ...... ' .... I ........... I ' ' ' ' ' ' ' .... I ........... I ' ' ,

P

i i i i i i i I i I ........ ,,,I,,,,,,,,,,,I,,,,,,,,,,,I,,,,IIL,I,,I,,,'' .... , , I , , L , , ...... 1 , ,

Observed Rote = 10.7 ,i, 1.5 rnm/yr Wrms of fit = 2.7 mm Reduced Chi square = .39

NUVEL model rote = -5.1 mrn/yr Offset = -9.1 + 4.5 mrn

1988.5 1989 1989.5 1990 1990.5 1991 1991.5.......... I ........... I ........... I ........... 1 ........... I ........... I ....... ''''1'' 4

tP

i, ,i ,, , ,k, ,I, ,, , ,ll ,jL,I ......... , , I , i i , i , I i

Observed Rote = 11.1 ,i, 18.1 rnrn/yr

NUVEL model rote = 4.8 mrn/yr

I , , I i .......... [,,,,,,,,i,,I,,,, ....... I , ,

Wrms of fit = 35.3 mrn Reduced Chi squore = 1.21

Offset = -28.2 + 54.1 rnm

7.51

Vector baseline plots for GILCREEK-PT REYES

(:)

_-,.0

E_E

v

C_

_D¢N

t'9t"3 0

I

¢-

-J I

¢-

rnI

BoseNne length = 3352 k;Iometers Number of sessions = 12

1988.5 1989 1989.5 t 990 1990.5 1991 1991.5.......... I ........... I ........... I ........... I ........... I ........... I ........... _ r I

q

Observed Rote = -32.5 + 2.4 mm/yr Wrms of fit = 9.8 mm Reduced Chi squore = .96

NUVEL model rote = -45.5 mm/yr Weighted meon length = ,3352262183.9 mm

0

EEo

vC,,I

:-= I

o30

m 0

I

Ev

>

1988.5 1989 1989.5 1990 1990.5 1991 1991.5.......... I ........... I ........... 1 ........... I ........... I ........... I ........... I''.

Observed Rote = 8.6 + 1.1 mm/yr Wrms of fit = 4.2 mm Reduced Chi squore = .82


0 1988.5 1989 1989.5 1990 1990.5 1991 1991.50 .......... I ........... I ........... I ........... I ........... I ........... I ........... I ' '

00

I

.......... llll, jl, ,,llll ii iIil,,,, I Iii Iii iiiii Ii .......... I ........... I ........... I,



7.52

Vector baseline plots for GILCREEK-RICHMOND

0

s °E

v

_0 04COL(3

p_p,,

I

c-4-,

"J i

c-

_oot

Baseline length -- 6118 kilometers Number of sessions -- 139

1987.5 1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992; .... I ........... I ........... I ........... I ........... I ''_ ........ I .......... _1 ........... I ........... I ........... [

f.,, +

+ +" tfl _+

+ 1Observed Rote = 1.1 4- 1.2 mm/yr Wrms of fit = 14.5 mm Reduced Chi square = 1.59


>o

u Im

0 1987.5 1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5 19920 ' .... I ........... I ........... I' ........ ''1 ........... I ........... I .......... '1 ....... ''''l ........... I ........... I'.04

0

04

I Observed Rote = -11.8 :I: .5 mm/yr Wrms of fit = 6.0 mm Reduced Chi square = 1.04


1987.5 1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992

kEE

v

0_J

> 0

¢-

o3O03

0

IObserved Rate = -10.6 ± 3.0 mm/yr Wrms of fit = ,33.8 mm Reduced Chi square = 2.00


7.53

Vector baseline plots for GILCREEK-SESHAN25

Or..OE_E

gg_3

_3L_3t'3_D_D (:3

I

c"

(:3

oc

I


1988.5 1989 1989.5 1990 1990.5 1991 1991.5 199:...... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I.

i i 1 i i i _ 1 i i I ....... I ........... I ........... I ........... 1 ........... I ...... _ .... I ........... I

Observed Rote = -11.2 + 5.2 mm/yr Wrms of fit = 22.0 mm Reduced Chi square = .5.21

NUVEL model rate = -5.2 mm/yr Weighted mean length = 663.5555859.9 mm

EoE_

v

_o

.- 0

¢'n

00

I

0 1988.5 1989 1989.5 1990 1990.5 1991 1991.5 199:0 ...... I ........... I ........... I ........... I .......... _ I ........... I ........... I ........... l_

00(N

E oE

v

-8{D

m I

00o4

I

+L,,L,,I ........... I ........... I ........... I ........... I ........... t ........... I .......... II



1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992...... I ........... [ ........... I ........... I ........... I ........... I ........... I ........... I

_ L,¢ J L] , J_ L ....... I ........... I ........... I ........... I ........... I ........... I ....... i ,_ , I



7.54

Vector baseline plots for GILCREEK-SNDPOINT

EE

"_'0

00p,,.

_- 0O0 004 O4

I

t--4,-'_od-

._ 0

o Im


1985 1986 1987 1988 1989 1990

Observed Rote = 2.2 :1:2.4 mm/yr Wrms of fit = 12.0 mm Reduced Chi squore = 5.22

NUVEL model rote = .0 mm/yr Weighted moon length = 12844778-30.8 mm

EoE_

v

>

m 0E

I---

.E 0

m I

m

oo

7

000o4

EE

v

-- 0

>o

._ CM

ffl

m 000

I

0 1985 1986 1987 1988 1989 19900 ..... I ........... I ........... I ........... 1 ........... I ........... I ......

Observed Rote = 7.0 ±.8 mm/yr Wrms of fit = 4,1 mm Reduced Chi squore = 1.01


1985 1986 1987 1988 1989 1990....... I ' ' _ ........ I .... _ ' ..... l ........... I ' ' _ ....... ' I .... ' ...... I ......



7.55

Vector baseline plots for OlLCREEK-SOURDOGH

E°

c5O_

0

O0 c'4

r-,.

i.o

r--.

o4 0

I

c-

d

.E 0

0

IIl

Baseline length = 276 kFIometers Number of sessions = 16

1985 1986 1987 1988 1989

..... l ..... I ..... I ...... _ _ , , , I ........... I ........... I .......

i .... I ........... t , , , i 1 L , , I i i I , i i i , _ i , , i , I , i I , , , , i , , i I t , , , , , ,

Observed Rate = 2.4 + 1.6 mm/yr Wrms of fit = 4.6 mm Reduced Chi square = 1.85


Offset = -7.8 _+ 5.3 mm

1985 1986 1987 1988 1989

..... ' ........... ' ........... ' ........... ' ........... ' .......

2

:= I@3

m 0

I


NUVEL model rate = -,2 mm/yr

1Wrms of fit = 7.1 mm Reduced Chi square = 6.88

Offset = -15.8 + 8.1 mm

00

EE

vO0

-6_(J

>

(:Dc-

o90

cn 0

0

I

1985 1986 1987 1988 1989..... I ........... I ........... I ........... I ........... I ......

..... I ......

Observed Rote = 4.9

NUVEL model r0te = ,7

_t: 13.8 mm/yr Wrms of fit = 38.8 mm Reduced Chi square = 1.81

mm/yr Offset =-26.5 4- 46.1 mm

7.56

Vector baseline plots for GILCREEK-VNDNBERG

E_

d0

O_ 0

O0

p....p_

I 0

o

O3


1985 1986 1987 1988 1989 1990 1991

....... I ........... I ........... I ........... I ........... I ......... _ ' I ........... I ......

Observed Rate = -40.6 4-.8 mm/yr Wrms of fit = 11.4 mm Reduced Chi square = 2.61


0

0

toE_O

>m 0

p...

.--- 0

120

00

T

1985 1986 1987 1988 1989 1990 1991

Observed Rate = 10.2 4- .4 mm/yr Wrms of fit = 6.2 mm Reduced Chi square = 1.95


1985 1986 1987 1988 1989 1990 1991

Observed Rate = -4.0 4- 2.0 mm/yr Wrms of fit = 30.5 mm Reduced Chi squore = 1.93


7.57

Vector baseline plots for GILCREEK-WESTFORD

0I-,,0

E_E

v

d

00,¢0u_ 0

I

m _I


1985 1986 1987 lg88 1989 t 9gO lggl 1992.... ] ........... I ........... I ........... I ........... I ........... i ........... l ...........

+ + +L ++,_ , _,'_ , #, Tf 11, ' -- '

i + + ;Observed Rate = -.4 + .5 mm/yr Wrms of fit = 8.2 mm Reduced Chi square = 4.28


oo

E°

>

t-

p-

.E 0

om

00

00£.q

EE

vO0

¢)>

¢-i

_00

m 00

1985 1986 1987 1988 1989 1990 1991 1992

.... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I 1

t

, , * , I L ....... i , , L ........... I ........... I ........... I ........... I ........... I ..........

Observed Rote = -7.1 + .3 mm/yr Wrms of fit = 5.5 mm Reduced Chi square = 2.24


1985 1986 1987 t 988 1989 1990 1991 1992

.' ' ' ' r ........... I ........... I ........... I ........... I ........... I ........... I ........... I1

,,, , , i T i i , , , i , , , , i I L .......... t ........... i ......... ,,i ........... I ........... i ....... i i i i I



7.58

Vector baseline plots for GtLCREEK-WETTZELL

Basetine length = 6857 kilometers Number of sessions = 34

1985 1986 1987 1988 1989 1990 1991 1992

EE

<5IZ3 [:3

p,.

I

c- 0QJ

¢uc--

_3m

I Observed Rote = 10.6 4- 1.2 mm/yr Wrms of fit = 6.7 mm Reduced Ch; square = 1.73


0

0c'q

EE

v

o¢)

>c"

_-- 0

eDc-

69

oI

1985 1986 1987 1988 1989 1990 1991 1992

''''l ........... I ........... I ......... ''1 ....... ''''1 ........... I ........... I ...........

I i i i i , I i , i i i i i i I I ........ , , I , , , , , , , .... I, ,, i,lllL_tlllll I tllllll .......... I J I J I ........



1985 1986 1987 1988 1989 1990 1991 1992

'''1 ........... I ........... I ........... I ........... I ........... I ........... I ...........

EvO-

0

C

0030

m 0

0

I

+ 1

i , i i i i t i i i i i i i , , I ....... , , , , I , , , , .... I,lllrl'lllllllllllll III1 1 ' I ........... I I I ' 11 ......


NUVEL model rate = -18,1 mm/yr

7.59

Vector baseline plots for GILCREEK-WHTHORSE

00

EE

oO Oo_

000000r--. 0

I

c-

eac-

3ot

Baseline length = 789 k[10meters Number of sessions = 9

1985 1986 1987 1988 1989

..... , ........... , ........... , ........... , ........... , ....... +1i


NUVEL model rate = .0 mm//yr Weighted me0n length = 788869898.8 mm

EE o¢}

>0

c

.E o_Lo

Q3

00

o004

EE

vO0

>

¢-

¢qo

0

I

0 1985 1986 1987 1988 19890 ..... I ........... I '''r'T' .... I .......... '1 ........... I .......

-4

i i , , , L ........... I , , , , , , , , * , , ] , , , , , , , , , , , I , , ......... 1 , i i i I i i

Observed Rote = 4.8 4-3.4 mm/yr Wrms of fit = 10.7 mm Reduced Chi square = 10.24NUVEL model rote = -.7 mm/yr

1985 1986 1987 1988 1989

i i , i i [ r i r * i i i A i , , I ........ , , , I , , , , , , , .... I ...... I h i i i ] I i i i L i i

Observed Rote = 14.5 :1:19.4 mm/yr Wrms af fit = 56.5 mm Reduced Chi squore = 3.68


7.60

Vector baseline plots for GILCREEK-YAKATAGA

/-.,,

EEo°

_iOq

d

O_

ooFC3

I

c- 0

e- 0

m

EoE_

>m 0E

c O

m

00

_.. o,I

EE

v

>

m

o0

I


1985 1986 1987 1988 1989 1990

.... I ........... I ........... l ........... I ........... I ........... t .....

Observed Rate = -32.5 ± 1.8 mm/yr Wrms of fit = 5.3 mm Reduced Chi square -- 1.45


Offset = 26.4 ± 5.6 mm

0 1985 1986 1987 1988 1989 19900 ' .... I ........... I ..... P ..... I ........... I ........... I ........... I .....

:_._..__ 4-

0

0

I Observed Rate = 3.8 + .9 rnm/yr


I, , , i i I ...... , , i , , I i , i I i i ..... I , , , , , , , , , , b I I ...... , , , , I , I i I I i i i i i I I .... ,


Offset = 73.4 ± 2.7 rnm

1985 1986 1987 1988 1989 1990...... J ........... I ........... ['''' ....... I ........... I ........... I .....

+

H


NUVEL model rate = 1.3 mm/yr Offset = 133.7 ± 36.3 mm

7.61

Vector baseline plots for GOLDVENU-MOJAVE12

Baseline length = 1,3 kilometers Number of sessions = 5

1984 1985 1986 1987 1988

EE

oI

r-

¢-0

m .... I ........... I ........... I ........... I , , , i i i i i i i i J i 1 i t _ i

Observed Rote = -.,3 + .9 mm/yr Wrms of fit = 2.8 mm Reduced Chi square = 4.94


0

EEo

>0

c-

O

(/1

O3 0

F

0ID

EoE

v

.-_ 0_Ln

>

aDC

- oom I

0

1.0

1984 1985 1986 1987 1988

.... I ........... I ........... I ........... I ........... I ......

_+

¢ , , , 1 i , , h , , , , , , i I , a ¢ , ....... I ........... I ...... i i i i i I i I i i i i

Observed Rote = .9 4-.7 mm/yr Wrms of fit = 2.4 mm Reduced Chi square = 1.66


1984 t 985 1986 1987 1988

.... I ........... I ........... I ........... I ........... I ......

J

.... I ........ , , , I ..... , , , , , , I , , , , , , , , , , , 1 ......... i i I i i t t i L

Observed Rote = 4.5 4- 2.9 mm/yr Wrms of fit = 9.7 mm Reduced Chi square = t.82


7.62

i-%

B

dp,,.

Fo¢'4

C'4

o

_E

J

010

rn

Vector besetine plots for COLDVENU-ONSALA60

Baseline length = 8025 kilometers Number of sessions -- 6

1982 1985 1984 1985 1986 1987 1988 1989 1990 t 991'] .......... 'I' ........ ''I ...... '''''l .......... 'I' ....... '''l ...... ' .... I ........... ] ........... I ........... I ......


NUVEL model rote = 14.4 mm/yr Weighted meon length = 8024928169.7 mm

0 1982 1983 1984 1985 1986 1987 1988 1989 1990 19910 IL'l ........... I''''' ...... I'' ......... I .......... '1 ........... I ........... I''' ........ I ........... I ........... I ......

-¢-

2I--

+E 0

0r'n

0

0

I

_.. +

Observed Rote = -4.8 -I- 1.7 mm/yr Wrms of fit = 10.4 mm Reduced Chi square = 4.58


oo

>

q) or-

o_

o

if3 o

o

I

982 1983 1984 1985 1986 1987 1988 1989 1990 1991'I ........... I ........... I ........... I ........ '''I ...... ' .... I ........... I ........... I ..... ' ..... f ...... + .... I .......

,I,,,,,,,,,,,I ........... I,,,,+,,,,,.I ......... ,,],,,, ....... t ..... ,,,,,,I,,,,,, ..... I ........ ++,J,,i, ....... I ..... +.



7.65

Vector baseline plots for OOLDVENU-OVRO 150

OO

E

p..00

p__3

I

c-

t-

OG

cn


1982 1983 1984 1985 1986 1987' I ........... I ........... I ........... I ........... I ........... I ..........

, I ..... _ I i , , , _ ........... I i i i i i i i i i i i I i i i i i i i i i i , I i L i i j _ _ i i i i I i i , z L l i _ , ,

Observed Rote = 1.9 .t: 1.2 rnrn/yr Wrrns of fit = 6.4 rnrn Reduced Chi square = 3.44

NUVEL model rote = .0 rnrn/yr Weighted mean length = 257587460.7 mm

1982 1985 1984 1985 1986 t987

E

@>

c

I,.,-

c t'N:-= I

c

rn 0

I

, s _± ........

, I ........... I , , , , , , , , , , , I i , i , , , , , , , , I , , , , ....... I ........... I , i i i L i i I L i

Observed Rote = -1.0 4-.5 mrn/yr Wrrns of fit = 2.9 rnm Reduced Chi square = .89

NUVEL model rote = -.6 rnrn/yr

00c_

,,-,, 0

Ev

-6u._

>

0m i

00

I

982 1983 1984 1985 1986 1987! ' I ........... I ........... t ........... I ........... I ........... I ......... T ,

, , I ........... I ........... I , I L I I I I I i I I [ J I I I I I I , _ , , I _ _ , L , , , , , , , t , .........

Observed Rote = .2 + 4.1 mrn/yr Wrrns of fit = 21.7 rnm Reduced Chi square = 1.10

NUVEL model rote = -.2 mrn/yr

7.64

Vector baselTne plots for GORF7102-MOJAVE12

0/-..0

E _E

v

c5

O4

O(3_00

I

c-

J I

E

m _

I Observed Rate = 7.9 + 7.5 mm/yr



1990 1990.5 1991 1991.5....... ] ....... ' ' ' ' I ........... I ........... I ..........

i L L r I _ I I I I I I I I .... I , , , , , , , , , , i I , L L , , , , , , , , i _ , , A L .....

Wrms af fit = 10.0 mm Reduced Chi square = 3.41


o

EEo

vO4

>

2}--

E C',l

03E3

m o

I

00O4

Eo°E

v

-_o>

0Jc-

0

004

b

1990 1990.5 1991 1991.5...... I ........... 1''''_ ..... '$ ........... t ..........

i i i i i i I i I I ..... , i , I , , , , , L , , i * , I I I I I I I I _ I I I I , , , , , , , , , ,

Observed Rate = -6.2 + 4.0 mm//yr Wrms of fit = 6.4 mm Reduced Chi square = 2.37


1990 1990.5 1991 1991.5..... I ........... I ' ' ' ........ I ........... I .... _ .....

, , , , , , I , I L , , i i J i i , ] .... , , , , , , , I i i , , i , K i , i i _ i i i h L i i i i i

Observed Rate = 39,3 + 4.8 mm/yr Wrms af fit = 6.7 mm Reduced Chi square = .13


7.65

Vector baseline plots for CORF7102-RtCHMOND

EE.o<5p_

O0Oh

03

I

J=0

_04

I

_J

0

m


1989.5 1990 1990.5 1991 1991.5

' ' ' I ........... I ........... 1 ........... i ........... I ......

L I L I i i I I ....... I , , , , ....... I , , , , , , , , , , , I ........... I ......

Observed Rate = 6.9 ± 2.5 mm/yr Wrms of fit = 5.1 mm Reduced Chi square = 1.28


1989.5 1990 1990.5 1991 1991.5

: ' ' ' I ........... I ........... I ........... I ........... I ......

0 ",¢ .-

E

Eo:v

c

2h-

"-= I_3O

cn 0

i

_L

f .......... +_

L i I J I i i i i i i i i _ , I ........... i ........... I , _ I i i i i I I _ I I I t I I I i

Observed Rote = -5.7 ± 3.0 mm/yr Wrms af fit = 6.2 mm Reduced Chi square = 4.31


E oE

v

"8

dJ>

c-

To69 ct)

0 1989.5 1990 1990.5 1991 1991.50 ' ' ' ] ........... I ........... I ........... I ........... I ......

oo

TL i I I i i i i i i ..... I ........... I ..... , ..... I ........... I , , , i i i

Observed Rate -- 23.4 ± 6.9 mm/yr Wrms af fit = 13.8 mm Reduced Chi square = .55


7.66

Eov

d

00

0

I

c

C _Mq) I

_J

Q)

._ 0

O

rrl

Baseline length =

1989.5

Vector baseline plots for GORF7102-WESTFORD


1990 1990.5 1991 1991.5

Observed Rate = .0 + 3.0 mm/yr




0

EEo

>m 0c

I.--

c- _,1

"-.= I

0

123 0

I

Ev

%o

>

t-

¢_ (:3

o Irn

1989.5 1990 1990.5 1991 1991.5

-1

1

+___ j

1

Observed Rote = -.6 + 2.9 mm/yr Wrms of fit = 6.6 mm Reduced Chi square = 4.33


0 1989.5 1990 1990.5 1991 1991.50 ' ' ' I ........... I ...... ' .... I ........... I ........... I ..........

0

I Observed Rote = 27.6 4- 6.0 mm/yr Wrms of fit = 13.1 mm Reduced Chi square = ..55


7.67

Vector boselTne plots for HARTRAO -HRAS 085


o 1987.5 1988 1988.5 1989

_.o L.......... , ........... , ........... , ........... , ......E

CnC31-

--J I 2

._

a_ (',4 .....

IObserved Rote = 8.6 ± 17.5 mm/yr Wrms of fit = 28.0 mm Reduced Chl square = .86


EoE_

0c-

2k-

,_- 0

0

m

00

I

o 1987.5 1988 1988.5 19890 .......... I ........... I ........... I ........... I .....

oo

_oE

v

-6

_o>

0

o Irn

0

0

I

.......... I ..... , ..... I ..... i i i i i i I i i i i i i i i i i i I * i i i i i

Observed Rote = -31.7 ± 5.6 mm/yr Wrms of fit = 9.5 mm Reduced Chi squore = .55


1987.5 1988 1988.5 1989

......... I ........... I ........... I ........... I ......

fT,ti i i i i i i i i i I i i i I I i ..... 1 ..... i i i i i i I i i i i i i i t i i i I , , , , , , ,


NUVEL modet rate = -2.3 mm/yr

7.68

Vector baseline plots for HARTRAO -MEDICINA

0

E _E

v

du9

o4o4o4r'9_0

r_ 0

t

¢-

.A I

c-

r'n _I


1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5''1 ........ '''i ........... I .......... _1'' .... '_'''f _ .... '_''''1 ........... I ........... I .....

I,,, ,,,, .... 1,,,,,,,,, ,,I,,,, ,,,,,,,1, ......... ,I .......... ,I,,,,,,,,,,,I,,,, ....... I ........

Observed Rote = 11.0 ._+ 10.0 mm/yr Wrms of fit = 18.1 mm Reduced Chi square = 1.46

NUVEL model rote = -6.5 mm/yr Weighted mean length = 745,.3222512,4 mm

o

EEo

vo4

>(n 0

(:3O4

_J(/30

a3 0

I

00

E

]_d

> 00

m ooo4

I

1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5

Observed Rote = 1.6 4- 1.5 mm/yr Wrms of fit = 2.8 mm Reduced Chi square = .13


1988 1988.5 1989 1989.5 1990 1990.5 1991 t991.5,"'1' .......... I ........... I ........... I ........... I ........... I ........... I'''' .... '''1'''''''

,,I, , , , , , ,, , , , I , , , , , , , , , , ,I, , , , , , , .... I, ..... , .... I,,,,,I,,,ILI,,J ,,,,,,L,I,,,,, ,,,,,,I .......

Observed Rate = 29,7 + 25.6 mm/yr Wrms of fit = 4"7.4 mm Reduced Chi square = 2.96


7.69

Vector baseline plots for HARTRAO -ONSALA60

Baseline length =

1986 1986.5

E

v04

d

t_ _

ff.,]

I

E

_J

O

123


1987 1987.5 1988 1988.5 1989 1989.5 1990

........... I '''_ ....... I ........... I ........... I ........... i ........... I ........... I ........ '''I ..... _''

J

Observed Rote = 28.5 -I-7.9 mm/yr Wrms of fit = 27.2 mm Reduced Chi squore = 1.38

NUVEL model rote = -6.4 mm/yr Weighted meon lengtfl = 8525165639.7 mm

01986o

Es °

v

>{n 0c

2

¢a

._- 0

m

00

I

1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990

.I _ .......... I ........... I ..... _'''1 ....... _'''1 ..... _ ..... I ........ '''[ ........... I ...... _ .... 1 ''''''_''_

+

L

Observed Rote -- 4.6 ± 5.9 mm/yr Wrms of fit = 13.6 mm Reduced Chi squ0re = 2.37


01986004

/--.0

EoE

v

-6

00

04

I

1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990

F

+_1 iii i LI i i i , ,I ......... i , I ........... I ........ ,,,I,, ........ ,I ,,, ........ I .......... lllllllllllf,l_,lll ,,,,k

Observed Rote = 40.0 ± 7.7 mm/yr Wrms of fit = 28.3 mm Reduced Chi squore = 1.09


7.70

Vector baseline plots for HARTRAO -RICHMOND


01986 1987 1988 1989 1990 1991 1992

_-', _0 11 ........... I ........... I ........... I ........... I ........... I ...........EE

• +if3

Z

I

£010c- 0

"J I

I Observed Rate = 12.1 + 2.9 mm/yr




01986 1987 1988 1989 1990 1991 1992

0 ........... I ........... I ........... I ........... 1 ........... I ...........

o

>o

0=- 0

IoED

00C'4

I

+

, , , , , , I , , i i ] , ...... , , , , I I , I , ...... , I , , , , t , , , , , , I , , , , , , , L i , , I , , ,

Observed Rate = -18.2 + 1.5 mm/yr Wrms of fit --- 16.7 mm Reduced Chi square = 1.81


1986 1987 1988 1989 1990 t991 1992

2o

-=-7

B E?



7.71

Vector baseline plots for HARTRAO -WESTFORD


1986 1987 1988

E_-v

d(.O

O41.0O_

_3

0

I o

JE

c-

-J 0

nn


1989 1990 1991 1992

........... I ........... l ........... I ........... I ........... I ...........

...... , , , , , I , , , , , _ , , * , L I * L L , ....... I ........... 1 ........... I ...........


NUVEL model rote = 12.0 mm/yr Weighted mean length = 1065865846.3.9 mm

01986o

>o

If)C O

3'rn

OOO4

I

1987 1988 1989 1990 1991 1992

........... I ........... I ........... I ........... I ........... I ...........

Observed Rate = -18.0:1:1.1 mm/yr Wrms of fit = 15.4 mm Reduced Chi square = 1.87


1986 1987 1988 1989 1990 1991 1992

........... I ........... I ........... I ........... I ........... I' ..........

0

0_-_

EE

m

0o

+

Observed Rote = 14.8 + 3.2 mm/yr Wrms of fit -- 38.3 mm Reduced Chi square = 2.41


7.72

Vector baseline plots for HARTRAO -WE-Fi-ZELL

Baseline length =

ol 986 1987/-..oE_E

gs£'4

C'4

r"- O

I

c- Ci1) _ •

c

_gI


1988 1989 1990 1991 1992

' .... ' ..... I ....... ''''1 ........ '''1' ....... '''1 ....... ''''1''' .... ''''

+++ ,+f+* 1+;+JliI +

O#served Rate = -2.5 ± 1.8 mm/yr Wrms of fit = 21.5 mm Reduced Chi square = 1.74


01986 1987 1988 1989 1990 1991 19920 ........... I ' ' ......... I ........... 1 .... ' ' ..... I ........... I ......... ' '

SoE_o

>m Oc-

.E O

rn

oo

I

' -'....

Observed Rate = 9.0 ± .9 mm/yr Wrms of fit = 10.9 mm Reduced Chi square = 1.63


o 10Cq

EOE

v

-50

"Eo©>

t-._

_g£7

0

oI

186 1987 1988 1989 1990 1991 1992

I I i ...... , , I , , , i i i i i , i i I , , I , , , , , , , , I , , , , , , , , i , , I .... , , , , , t i ] , , , i .......

Observed Rote = 18.9 -I-3.7 mm/yr Wrms of fit = 45.7 mm Reduced Chi square = 3.11


7.7.3

Vector baseline plots for HATCREEK-HRAS 085

O

E _E

c5O

cO _O

p_

r'3

I

.{2

c

m _I


1984 1985 1986 1987 1988 1989....... I ........... I ........... I ........... I ........... I ........... I .....

f+

Observed Rate = 8.4 + .8 mm/yr Wrms of fit = 9.8 mm Reduced Chi square = 2.58


EEg

o

ca 0

p..

.c_ o

orn

0(:3

I

0 1984 1985 1986 1987 1988 1989O ....... i ........... t ........... i ........... I ........... i ........... I ..... .

...... i ........... i ........... I i i i i , i i , , i i I , , , , , , , , , , , 1 , , , , , , , , , , , I , , , ,



1984 1985 1986 1987 1988 1989

_ '....... ........... , ........... , ........... , ........... , ........... '_ ....

/ JEoi

L

Observed Rate = -2.5 ± 3.1 mm/yr Wrms of fit = 39.2 mm Reduced Chi square -- 1.98


7.74

Vector baseline plots for HATCREEK-KASHIMA

0

_-_0

E_E

c_

O0O4

_3r-.G3

L¢3r'.- 0

I

c-

Q)C

°_

Om _

I


1985 1986 1987 1988 1989 1990

.......... I ........... I ...... _ ' ' ' ' I ........... I ' .......... I ........... I '1

........ ,,I , , , ,,, ..... I ....... ,, ,, I, , , . ....... I ....... ,,,, I , .......... I

Observed Rote = -9.3 +3.3 mm/yr Wrms of fit = 19.7 mm Reduced Chi square = 3.18


A

EoE_

>

b.-

.-- 0

m

00

I

0 1985 1986 1987 1988 1989 19900 .......... I ........... I ........... I ........... [ ........... 1 ........... I%

-÷

Observed Rote = 14.4 + 1.5 mm/yr Wrms of fit -- 8.2 mm Reduced Chi square = 2.48


1985 1986 1987 1988 1989 1990

i .... _ ..... I ' .......... I ........... I ...... ' .... I ........ _ ' ' I ........ ' ' ' I 'E

0 . ,

-60

> 0

0

m o

o

I



7.75

Vector boseline plots for HATCREEK-KAUAI

0

.,--. 0

E_E

v

6goCO

F-

0

I

c-

C

nn _I


1986 1987 1988 1989 1990........ I ........... I ........... I ........... I ........... I .........

÷ + i ¸

....... I ........... 1 ........... I ........... t ........... I ....... _ i


NUVEL model rote = 8.4 mm/yr Weighted moon length = 4061718602.1 mm

EgE_

v

>cn 0¢-

P

l#c- 0

0rn

0O

t

0 1986 1987 1988 1989 1990

i _ i .... i ........... I ........... I ........... I ........... I ........ i

Observed Rote = 68.8 :1:1.1 mm/yr Wrms of fit = 6.7 mm Reduced Chi square = 2.33


0 1986 1987 1988 1989 1990

_ ....... , ........... , ........... , ........... , ........... , ..........

E_E

v

-6°_

C

0

0

I

+

........ I ........... I ........... I ........... I .... i i i i i i L t i i L i L , , I ,


NUVEL model rote -- 13.8 mm/yr

7.76

Vector baseline plots for HATCREEK-MOJAVE12

(:3O

EE

ojocJ3OO

¢'4r'-- O

I

e-

E<u

<n Oo 0

t


1984 1985 1986 1987 1988 1989 1990

...... I ........... I ........... I ........... I ........... I ........... I ........... I .......... 1

4

t + ;'r

Observed Rote = -.5 + .3 mm/yr Wrms of fit = 6.7 mm Reduced Chi squore = 2.68


O 1984 1985 1986 1987 1988 1989 1990O ...... I ........... I ........... I ........... I ........... I .... ' ...... I ........... I ..........

Eo

_oE

I-..-

.if" 0

123

00

I

i I i , , , I ....... , * , , I * * , i i * J i i L , _ ........ , , , I , , , , , , I i i r I I ......... , , I , , i i I i _ i i i i I i .........

Observed Rote = -4.4 +.3 mm/yr Wrms of fit = 5.9 mm Reduced Chi square = 2.68


o

°I04

-.ooE_E

v

_. 0

e-

mot

o0o4

I

1984 1985 1986 1987 1988 1989 1990

Observed Rote = 2.1 ± 1.6 mm/yr Wrms of fit = 3t.1 mm Reduced Chi squore = 2.19


7.77

Vector b0seline plots for HATCREEK-MON PEAK

(DO

"-_ CNEE

o oo_3

£OCO

O_ O

I

t-

IeDc-

aD

_n (:D


1984 1985 1986 1987 1988 1989 1990...... J ........... T .......... _ I ........... I ........... ] ........... I ........... I ...........

, , , , L , I" ........... I ........... I ........... "I , , t n ....... I ........... I ........... I ..... P_l a I



f_

Eo

_>o

._ o

o#n

o 1984 1985 1986 1987 1988 1989 1990O ...... I ........... I ........... I ........... I ........... I ........... I ........... I ...........

O

O

b

_-,.O

EoE

v

>

C

m I

...... I ........... i ........... I ........... I ........... I ........... I ........... I ........ i i

Observed Rate -- 12.2 + 1.2 mm/yr Wrms of fit = 10.2 mm Reduced Chi square = 4.15


0 1984 1985 1986 1987 1988 1989 I9900 ...... i ........... I ........... I ........... I ........... I ........... [ ........... I ..........

00

04

I

...... I ...... , .... 1,,, ,,,,, ,,,1,,,,,,,,, ,,I ........... I , , ..... , , , , I ........... 11111111111

Observed Rote = 5.7 .-1:6.3 mm/yr Wrms of fit = 49.2 mm Reduced Chi square = 1.93


7.78

Vector basebine plots for HATCREEK-OVRO 150

0

EE

v

c5t'3 0_3

r','3

00 0LO

II

¢-

..J _I

Q.IE

m _

I


1984 1985 1986 1987 1988

....... , ........... , ........... , ........... _ ......... --,T ......... -_

rt' + " - ' .+

Observed Rate = -2,4 + .7 mm/yr Wrms of fit = 7.0 mm Reduced Chi square = 2.34

NUVEL model rate = .0 mm/yr Weighted meon length = 484321527.3 mm

EoE_o

v

>m 0

I,.-

m

00

I

00

EE

v

>

m

00

I

0 1984 1985 1986 1987 19880 ...... I ........... I ' ' ' ........ I ........... I ........... I ..........

Observed Rate = -2.9 -[-.7 mm/yr Wrms of fit = 6.7 mm Reduced Chi square = 2.79


1984 1985 1986 1987 1988

, , , , , , i , , , , , , , , , , , I r , i i i i i i i i i I , , , , ....... i ........ , , , i , , , , , , , , , ,



7.79

Vector bQseL[ne plots for HATCREEK-PLA-I-FVtL

Baseline length --- 1416 kilometers Number of sessions = 22

o 1984- 1985 1986 1987 1988 1989 1990

"_" 2 }:' ...... ' ........... ' ........... ' ........... ' ........... ' ........... ' ........... ' .........

FAdr_ 0

0

I

¢-

==o-J I

co_

I

f

Observed Rate = 6.3 ± .9 mm/yr Wrms of fit = 7.9 mm Reduced Chl square = 2.08


A

EoE_o

v

@

>

0

2

.-_ 0

0m

0

0

I

E8E

v

-5

_o>

O2

rn I

0 1984 1985 1986 1987 1988 1989 19900 ....... i ........... I ........... I ........... I'''' ....... I ........... I ........... I .........

1 1 i i i i i [ i L A i i i i i i , , _ ........ t iil,l ill111 iiiiiiiiii IIIii [llll ....... I ..... i i i i _ , I _ , i i I ....



0 1984 1985 1986 1987 1988 1989 1990C) ....... I ........... I ........... I ........... I ........... I ........... I ........... I .........C'4

0004

I

...... t ....... ,,,,I,,,,,,,,,,,l,, ,*L,K,llllll,I ....... I ........... 1 ........ , , , I , , , , , , * , ,

Observed Rate = -4.8 :1:6.4 mm/yr Wrms of fit = 54.8 mm Reduced Chi square = 2.99

NUVEL model rote = -.3.1 mm/yr

7.80

Vector baseline plots for HATCREEK-PRESIDIO


o 1986 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990o .....................................................................................1E

E

0"_

0

I

c-

O

co O0 0

m _

I

EoE_

_ 0

2I-.--

m

00

I

oo

EE

vO0

c-

010

rn 0

0

Observed Rate = -16.7 + 1.9 mm/yr Wrms af fit = 6.5 mm Reduced Chi square = 1.63


Offset = 9.9 + 6.6 mm

o 1986 1986.5 1987 1987.5 1988 t 988.5 1989 1989.5 19900 ...... I''''; ...... ] ........... I ........... I'' ......... I ........... I ........... I ........... I''' ........ I'''.

,,,,,I,,,,,,,,,,,I .......... ,I ,, ,,,,,*,,,I ........... I, ,,,, ,,,,,,I ........... I,*,,,,,,,,,I, .......... I,,

Observed Rate = 14.5 4- 2.3 mm/yr Wrms of fit = 7.8 mrn Reduced Chi square = 5.10

NUVEL model rate = -.8 mm/yr Offset = -.2 __+7.8 mm

1986 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990

I J .... I ........... I ........ _ T F I ........... I ........... t ........... I ........... I ..... ' ..... I ........... i''

I I I I I L I I I I I ...... I ...... _'I'II'ILLLLIII''I ...... ' I I I ' I I I ' ' L ' 1 l I I ' I I I ' I J L ..... I ........... I ........... I i [

Observed Rate = 21.8 4- 13.5 mm/yr Wrms of fit = 43.2 rnm Reduced Chi square = 1.82

NUVEL model rate = .9 mm/yr Offset = -1.5 _+ 43.1 mm

7.81

Vector boseline plots for HATCREEK-PT REYES

00

EE

v

CO

C'4U3_3

04

I

c-

Om

Ic-

co 0

rn

i

Baseline length = ,327 kilometers Number of sessions = 16

1985 1986 1987 1988 1989 1990

........... i ........... l ........... I .... _ ...... I ........... I ......... * ' I '

.......... I , , , , , , , , , , , I , , , , , , , , t b i I i i * L L L ..... I ........... 1 ......... , , I

Observed Rote = -20..3 4- 1.5 mm/yr Wrms of fit = 7.4 mm Reduced Chi squore = 1.67

NUVEL model rote = -27.4 mm/yr Weighted mean length = 3266287._6.9 turn

0

0

E

_>

¢-

&oO4

I

Eo°E

v

o_

1985 1986 1987 1988 1989 1990

.......... I ........... I ........... I ........... I .......... '1 ........... I'

I

.......... 1 , , , , , , , , _ , , 1 , , t , * _ i i * i i I , i i i _ i i i i i * 1 ........... I ........... I

Observed Rote = 26.2 4- 1.0 mm/yr Wrms of fit = 4.9 mm Reduced Chi squore = 1.40

NUVEL model rote = ,39.1 mm/yr

0 1985 1986 1987 1988 t 989 t 9900 ....... ' ' ' I ........... I ........... I ........... I ........... I ......... ' ' I '.0"4

00("4

IObserved Rote = -3.1 4- 1.3.1 mm/yr Wrms of fit = 61.6 mm Reduced Chi squore = 2.96NUVEL model rote = ,2 mm/yr

7.82

Vector baseline plots for HATCREEK-QUINCY

EE o

d

F.

0

0

I

c-

_./

0

m


1984 1985 1986 1987 1988 1989 1990

-' ..... I ........... I ........... t ' _ .... ' .... I ........... t ........ _ ' ' I ........... I .........

i,,ll Jl Ill, llil Ii]i11 ii ii .... I ........ , , i t I i .... , , , , * I , , , , , _ , , , , , I ........... I .........

Observed Rote = -2,6 -t-,6 mm/yr Wrms of fit = 4,9 mm Reduced Chi square = 1.06


0

EEo

Vt_l

cn 0t-

Oc- C_I

"---- j

030

cn 0

I

E_E

v

o

_o113

I1)

°--

1984 1985 1986 1987 1988 1989 1990

L ...... I ' ' _ ........ I ........... I ........... I ........... I ........... I ........... I .........

I + + t

+ t

Observed Rate = 1.6 +.8 mm/yr Wrms of fit = 5.8 mm Reduced Chi square -- 2.46


o 1984 1985 1986 1987 1988 1989 19900 ...... I ........... I ........ _''1 ........... I' .......... I ........... I .... '''_'''1 .........

00

I

+



...... I,,,,,,,,,,,i,,,,,,,,,,,I,,, ........ I ....... , , , , I , , , ........ I ........... I ........ ,


7.85

Vector baseline plots for HATCREEK-VERNAL

O

.,-_O

E _E

v

d

0300

p_O

OO

I

JE

J I

c-

133I


1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990 1990.5....... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........

_-----4-+

----f


NUVEL model rote = .0 mm/yr Weighted mean length = 1007489466,5 turn

o_t-

,,-.,,

EEo

>m Qt-

_ 0e-" _,1

O

m 0

I

E2E

v

_o>

E

1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990 1990.5'

.' ...... I ........... I ...... * .... I ........... I ........... I ........... I ........... I ........... I ........... I ........ 1

1t



0 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990 1990.50 ....... I ........... I ........... I ........... t ........... I ........... I ........... I '''_ ....... I ........... I ........

OO

I

,,L,_]ll ......... t ........... I,,_h,,L,;,,I,,, ........ I ........... I ........... I ........... I ........... I,, ......



7.84

Vector baseline plots for HATCREEK-VNDNBERG


1985 1986 1987 1988 1989 1990

E Lso

_D

I

£o

m

Observed Rate = -32.6 + .6 mm/yr Wrms 0f fit = 7.8 mm Reduced Chi square = 3.04


00

E

_o

>

_o°

c-

eg61

ao04

I

oo,¢

Eo

do

> o

85m o4

I

1985 t986 1987 1988 1989 1990

........... I ........... I ........... I .... _ ...... I ........... I ........... I ' '.

, , , , , , , , , , J , ...... , , , , [ , , , , , , , , , , i I I i i ........ I , , , , , , , , , , , I , , , , , ...... I ,

Observed Rate = 17.9 4-.5 mm/yr Wrms of fit = 6.9 mm Reduced Chi square = 4.10


1985 1986 1987 1988 1989 1990

1+

iEliI ,.....................,..........., ,.....................,...........,,Observed Rate = -5.5 + 5.0 mm/yr Wrms of fit = 36.3 mm Reduced Chi square = 2.87


7.85

Vector baseline plots for HATCREEK-WESTFORD

O/-..O

E_E

d

Oh

O4

I

¢-

u3-J I

c-

133I


1984 1985 1986 1987 1988 1989 1990

....... I ........... I ........... I ........... I ........... I ........... I ........... I ...........

, , , i i i i I i i i L i i _ i i L i I ........... Ii,lll,,lll /_,111_1111111 ........... I ........... I ..........


NUVEL mode] rote = .0 mm/yr Weighted meon length = 4032819087.3 mm

EoE_

v

@

o3 0c-

P

t_

00

7

00

EE

vO0

>

¢> 0c

o3

Q3 00c,J

I

0 1984 1985 1986 1987 1988 1989 1990O ....... I ........... I ..... ' ..... I ...... ' .... _ ........... I''''' ...... I ........... I ..........

+

I tl÷ t[ tr

-------:--_L .:1l I I I I I I I I , . I . I , T , i i , l . . . I , . I , . ,



1984 1985 1986 1987 1988 1989 1990....... I ........... I ........... I ........... i ........... I ........... I ........... I ..........

i i , , i i _ , i i , ....... I ..... ll,,,lll,llllllll iJlllll ...... I ........... I ........... I ....... , , ,

Observed Rete = -15.9 ± 3.9 mm/yr Wrms of fit = 29.9 mm Reduced Chi square = 1.91


7.86

Vector baseline plots for HATCREEK-YUMA

0

E_E

d

0

000

0

I

c"

m _I


1985.5 1986 1986.5 t 987 1987.5 1988 1988.5

......... I ........... I ........... I ........... f ........... 1 ........... I ..... ' ..... I ........

Observed Rote = 10.4 + ,3.6 mm/yr Wrms of fit = 11.0 mm Reduced Chi square = 3.49


O"It

AE

&o¢)

@:>

c-

2

¢- £',4"--- I

m O

I

-.ooE_4E

v

-6o

*do>

._

1985.5 1986 1986.5 1987 1987.5 1988 1988.5

......... I ....... ' ' ' '1 ........... I ........... 1 ........... I ..... _ ..... I ........... I .........



O 1985.5 1986 1986.5 1987 1987.5 1988 1988.50 ......... I ........... I ........... I ........... I ........... I ......... ''1 ........... I ........

(:30

I

.... _÷+ t

+ +

illll iiiiIiilllllllll I ........... I * , , , .... ,, ,I,, ,i_*ll,,,L, ,, ,*llt,,,l ........... I ....... ,

Observed Rote = -6.3 4- 13.8 mm/yr Wrms of fit = 40.3 mm Reduced Chi square -- 1.54


7.87

Vector baseline plots for HAYSTACK-HRAS 085


0 1981 1982 t983 t984 1985 1986 1987 1988 1989_0 ,,,

E_ E ..... I ..... ' ..... I ........... I'''' ....... I .... ' ...... I ........... I ........... I ........... I ........... I ......

dooo

_oI

f-.

0

c"

0

I

,_,,L,_I_A_,LA,,¢,,I,,, ........ I ........... I ........... I,,_ ........ I ......... **1,,,_ ....... I ........... I .....

Observed Rote = .9 4,.9 mm/yr Wrms of fit = 13.4 mm Reduced Chi square = 1.84

NUVEL model rate = .0 mm/yr Weighted mean length = 31.35641002.3 mm

A

Eo&LO

_>o

.c: 0

0m

00

I

--8E_E

v

-6<J

_o4J

>

ajt-

o?

0 1981 1982 1985 1984 1985 1986 1987 1988 19890 ........ I ........... I ........... I ........... I ......... ''1''''' ...... I ........... I ...... '''''1 ........... I ...... .

#I-----------

i ....... I ........... I ........... I ......... ,_1,,,, ....... I ........... I ........... I ........... I ........... I ......

Observed Rate = -5.1 4-.6 mm/yr Wrms of fit = 8.2 mm Reduced Chi square = 1.73


0 1981 1982 1983 1984 1985 1986 1987 1988 t 9890 [,,,, .... 1 ........... 1''''' ...... I ........... I ........... } ........... I ........... I ........... I ........... I ...... .

00

I

T', ........ I ........ i i i J i i ......... I ........... I ........... I ........... I ........... I .......... ,I,,,,,,,,,,,1,,,,,,

Observed Rate = 10.4 4-3.2 mm/yr Wrms of fit = 49.5 mm Reduced Chi square = 1.62

NUVEL model rate = 7.1 mm//yr

7.88

Vector boseline plots for HAYSTACK-MOJAVE12

Eo

d

T_0

03rO 0

I

t-

O_q

gl_J

Om


1985 1986 1987 1988 1989

......... I ........... I ........... I ........... I ..... _ ..... I .........

Observed Rote = .5 + ,9 mm/yr Wrms of fit = 4.4 mm Reduced Chi squore = 3.58

NUVEL model rote = .0 mm/yr Weighted meon length = .3904144266.1 mm

0

Eto<D

(D>

c-

¢- ¢,j

e3

O3 0

I

t oE

v

-5{J

_o_D>

u3

1985 1986 1987 1988 1989

........ I ........... I ' .......... I ...... ' .... [ .......... ' 1 ..........

Observed Rote = -.7 +.7 mm/yr Wrms of fit = 4.3 mm Reduced Chi squore = .3.13


O 1985 1986 1987 1988 1989O ........ I ........... I ........... I ........... I ..... ' ..... I .........

O -

0 i ....... I .... , , , , , , , I , 4 I , , , , , ' ' ' I ...... , , , , , I , , , , , , , , , , , 1 , , , ......

?Observed Rote = 7.0 ± 2.3 mm/yr Wrms of fit = 9.4 mm Reduced Chi squore = 1.70


7.89

Vector baseline plots for HAYSTACK-NRAO 140

EE o

c5u3

04

E_,_-

O0 0

l

_c

_.J

.__ 0

m


1980 1980.5 1981 1981.5

........... I ........... I ........... I ........... 1 ..........

........... I ........... I ........... I ......... I I r i i i _ , I , , , ,



0

A

EEo

vC,4

a.)>

cn (:3

2

0¢- o4

"--- Ie3C3

rr_ 0

!

oE_E

v

-6u

_o>

¢--

1980 1980.5 1981 1981.5

...... r , , , , ] ...... ' .... I ' ' ......... I ........... I ..........

, , , ........ 1 ...... , .... l , , , , ....... I ........... I , L , L , L , , , ,



0 1980 1980.5 1981 1981.5O ........... 1 ........... I ........... _ ........... i ..........

OO£'4

I

........... I ........... I ........... I , , i i ....... I I i i i i I i i i i

Observed Rote = -2t.6 + 10.6 mm/yr Wrms of fit = 15.8 mm Reduced Chi square = 1.55


7.90

Vector baseline plots for HAYSTACK-ONSALA60


1982 1984 1986 1988 1990

........ I ........... I ....... ' I I ' I ..... ' ..... I ........... I .........

O

dOr,"} O4

'I' * "*_o + **

I

r- o.,... (21

g_

¢0

.E O

133

Observed Rote -- 17.7 +.5 mm/yr Wrms of fit = 13.3 mm Reduced Chi squere = 2.21

NUVEL model rote = 17.6 mm/yr Weighted meon length = 5599714535,7 turn

0

0

EEo

,3) ¢xl

@>

E

_oI---

E

m I

1982 1984 1986 1988 1990........ I ........... I' .......... 1 ........ '''1 ........ '''1 ...... ;''

Observed Rote = -1.4 + .4 mm/yr Wrms of fit = 9.8 turn Reduced Chi squore = 2.61


1982 1984 1986 1988 1990

EE o

v

-6

*d

>

03

m

_'_T

I .... , , , I , , , , , , L i i i i I ....... , , , , I , , , L i i i I i , , I , , , , , , , , , i , I , A .......

Observed Rote = -2.4 4- 1.3 mm/yr Wrms of fit = 3.3.7 mm Reduced Chi squore = 1.82


7.91

Vector baseline plots for HAYSTACK-OVRO 1.30

0

,,--, 0

E _E

v

_oO0O0("40")t'3 0

I

¢-

-7°_

t


1980 1981 1982 198.3 1984 1985 1986 1987 1988' .... ] ........... I ........... [ ........... ] ........... I ........... I ........... I ....... ''''1''' ....... 'I .... ''''''

Observed Rate = 3.9 .-t:.8 mm/yr Wrms of fit = 10.0 mm Reduced Chi square = 1.62NUVEL model rote = .0 mm/yr Weighted mean length = .3928881634.9 mrn

0 1980 1981 1982 1983 1984 1985 1986 t987 19880 ..... I ........... I ........... I ........... I ........... I ........... I .... ' ...... I ........... I ........... I ..........

EoE_

_o _ __ _

I Observed Rote -- 1.4 :f .8 mm/yr Wrms of fit = 10.2 mm Reduced Chi square = 2.88


oo

EE

v

°_

¢)>

o°

0rn

00

I

1980 1981 1982 1983 1984 1985 1986 1987 1988"_'''1 ........... I .... ' ...... I ........... I ........... I ........... I ........... I ........... I ........... I ..........

+i

Observed Rote = 15.7 -i- 2.3 mm/yr Wrms of fit = 35.2 mm Reduced Chi square = 1.54


7.92

Vector baseline pl0ts for HAYSTACK-WESTFORD

soE

c_ooO_

_4

oI

@-J I

c-

o 1m


1982 1983 1984 1985 1986 1987 1988 1989

-' ....... i ........... I' .......... I ........... I' .......... I''' ........ I .... '' ..... I .... '' ..... I ........

Observed Rote = -.2 ± .2 mm/yr Wrms of fit = 1.6 mm Reduced Chi square = 1.34


o

EEo

we, 4

>cn 0c-

P

0¢- ('4

"--- [

0

rn 0

i

1982 198.3 1984 1985 1986 1987 1988 1989•' .... '_'1 ........... I''' ........ I _ .......... I'' ........ '1 ........... I ........... I ....... '_''1 ..........

I ' i

Observed Rote -- .0 ±.3 mm/yr Wrms of fit = 2.9 mm Reduced Chi square = 4.69


_o ,>

t-

-_o03 d3

0 1982 1983 1984 1985 1986 1987 1988 19890 ....... I ........... I ........... I ........... I''' ........ I ........ '''1 ..... ''''''1 ....... ''''l .......... -I

s

o

IObserved Rate = -.1 -J- .6 mm/yr Wrms of fit = 4.3 turn Reduced Chi square = .69


7.93

Vector baseline plots for HAYSTACK-WETTZELL

O

.,-_O

E _E

v

c_

O

(3)r*'3

I

c"

-J I

t-

O

t30I


1985 1985.5 1986 1986.5

......... I ........... I ........... 1 ........... I ......

+

.... , , , , , I J i i i _ i i i _ i i I , J J i i i L L _ _ i I i _ ......... ! .....

Observed Rate = 12,9 + 8.3 mm/yr Wrms af fit = 12.7 mm Reduced Chi square = 3.43


0

E

do

c-

p-

¢- 04

= i

Q3 o

I

0o04

EE

vO0

>

£

_o(3

m 0

0

I

1985 1985.5..... ' ' ' ' L ........... I .....

1986 1986.5

' ' ' ' ' I ........... I ' ' ' ' r

÷

i i , i i i i i i I i i i i i , ..... t ........... 1 ........... [ ......

Observed Rate = -1.9 4-5.8 mm/yr Wrms of fit = 9.0 mm Reduced Chi square = 5.60


t985 1985.5 1986 1986.5

......... I .......... '1 ....... ''''1'''' ....... I ..... '

, , J , , , , , I I , .......... t , , , ..... , , , t ........... I ......

Observed Rate = -32.1 4- 15.2 mm/yr Wrms of fit = 23.0 mm Reduced Chi square = 1.73


7.94

Vector baseline plots for HOBART26-KAUAi

C)

E04E

O.oO(,D_3r"-_300_O0400 O

I

{-

E O

C-


1990 1990.5 1991 1991.5..... ' ' I ........... I ........... I ........... I ..........

+ +

_ 00 ...... I ........... I ........... I ........ I ........... I

I Observed Rote = -41.8 :t: 7.3 mm/yr

NUVEL madel rote = -43.3 mm/yr

1992' I


Weighted meon length = 8268576624.9 mm

EoE_

@

>m 0¢-

.E 0

m

00@4

E

0

-6_

>

¢-

om 0

0

I

o 1990 1990.5 1991 1991.5 1992' I ' ' ......... _ ' .......... I ........... I L

O0 , , , , , , , J , , I i i i i i i i i I i i i I i i i i i i i I i ..... , , , , , I , , I i i i , , * , , I

I Observed Rate = -39.6 4- 5.4 mm/yr Wrms of fit = 14.6 mm Reduced Chi squore = 2.g6


1990 1990.5 1991 1991.5 199:........ I ........... I ........... I ' .......... I ........... I !

I .... ' ' I , , , , * L , , i i , I .... , , , , , , , I i i I i i i i i i i I _ I I I ..... ' ' l I

Observed Rate = 41.2 + 11.5 mm/yr Wrms of fit = 27.9 mm Reduced Chi squore = 2.04


7.95

Vector b0sel[ne plots for HRA$ 085-KASHIMA

0p..OE_E

v

0

I

¢-

g2J I

c-°_

I


1987.5 1988 1988.5 1989 1989.5

' .... I _ .......... { ........... I _ f ' ' ' _ .... T I .......... I '

t t t {+tJ

i i i i i I ........... I ...... i i i i i I i i i i L i i , , , , I _ , , , , , , , i , ,

Observed Rate = 21.2 :1:15.7 mm/yrNUVEL model rote = .0 mm/yr

Wrms of fit : 51.6 mm Reduced Chi square : 2.66


EoE_O

>m 0e-

.E 0

m

oo

I

0 1987.5 1988 1988.5 1989 1989.50 ..... I ........... I ......... ''1 ........... t ........... I'.

00¢'4

r-.OEoE

v

-8

-_o>

c

m i

00o4

I

Observed Rate = 6.2 + 2.1 mm/yr Wrms of fit = 7.2 mm Reduced Chi square = .72NUVEL model rote = -5.2 mm/yr

1987.5 1988 1988.5 1989..... I ........... I ......... r , I ........ _ ' " 1 ..........

1989.5

I '

..... i .......... , i ........... i , , i A i A , i , i , I , , , , , , , ....

Observed Rate = 44.1 + 12.4 mm/yr Wrms of fit = 41.1 mm Reduced Chi squore : 1.04


7.96

Vector baseline plots for HRAS 085-MOJAVE12

Or..O

E _E

v

_5

00cO_3rO

I

J I

t-

moom

I


1984 lg85 1986 1987 t988 1989 1990

...... i ........... i ........... i ........... i ........... i ........... i ........... i ..........



O 1984 1985 1986 t 987 1988 1989 1990

O , ..... I ........... i , ' ......... I .......... ' I ' ' .... ' .... I ; ' ......... I ' ' ' ' ....... I ..........

AEo

2 ° + j_-

.--- 0

nn

00

tObserved Rate = 2.0 + .2 mm/yr Wrms of fit = 4.8 mm Reduced Chi square = 1.6.3


Eo°E

v

"5¢3

>

E

0 1984 1985 1986 1987 1988 1989 lg90

0 ...... I' .......... I ........... I Ill ........ I ........... i ........... I ........... Ilql ...... '

(:3O i i i i J I ........ I , l I , I , I , , I , , * I l _ _ _ _ ....... I I I I L 1 1 I I I I I I I I i I I ...... [ ......... , i I ..........

C_4I



7.97

Vector baseline plots for HRAS 085-MAN PEAK

E

c5IC)

C_F'_ 0

0

'g

c

_.J

0m


1983 1984 1985 1986 1987 1988 1989

Observed Rate = 34.3 + .g mm/yr Wrms of fit = 8.5 mm Reduced Chi square = 2.20


0o

Eo

ej

>m 0¢-

Ep--

._ 0

m

oo

T

.-.gE_E

v

-5

"_o

>

f-°_

198.3 1984 1985 1986 1987 1988 1989

- ,/ t t 1 ,_

i i , I ........... I ...... , , , , , I ..... ,,, , , , I ......... , , I ........... I ........... I ....

Observed Rote = 16.0 + .8 mm/yr Wrms of fit = 8.3 mm Reduced Chl square = 1.6.3


0 1983 1984 1985 1986 1987 1988 1989o

00

IObserved Rote = 8.4 4-4.6 mm/yr



7.98

Vector baseline plots for HRA$ 085-NRAO 140

E

c50

ooI.Q

c,_ 0

I

c-O

O'_cyC I

_.J

m

C_3


1981 1 982 1983 1984 1985 1986 1987 1988

Observed Rote = -1,0 + 1.0 mm/yr Wrms of fit = 6.7 mm Reduced Chi square = 2.99


goE_o

_>ot-

2

.c 0

003

00

0004

EE

vO0

0c

690

rn 00

I

0 1981 1982 1983 1984 1985 1986 1987 19880 ......... I ........... I ........... I ........... I ........... I 'f ......... I ........... I'''' ....... I .........

,,,, ,I,,[I,ILI,,,,''( ........... i ....... , , ,,i,,, , ....... i .... ,, ,,,, ,I,, ,,, ,, ,,, ,ll, ......... i ..........



1981 1982 1983 1984 1985 1986 1987 1988....... _'1 ........... I ........... I ........... I ........... I ........... I ........... I ...... _ .... I '_ ........

Observed Rate = -9.1 4- 5.4 mm/yr Wrms of fit = .37.t mm Reduced Chi square = 4.79


7.99

Vector baseline plots for HRAS 085-ONSAL&60

E

d_D

CN

O 04,tO_p_

I

c- CD

J

._ ('M

090

m


1981 1982 1983 1984 1985 1986 1987 1988 1989

..... I ........... I ........... I ........... I ........ ''_1 ........... I ........... I ........... I ........... I .....

.... I .... ,,,_,,,I,,,,,,,_,,,I,, ,,,,,,,,,I ........... I ........... I ....... ,,,,I ........... I ........... ( ....



1981 1982 1983 1984 1985 1986 1987 1988 1989

''''''1 ........... I'' ....... ''l ........... I ........... I '_ ........ I ........... I ........... I ........... I ......O

(:3

EEo

_o

i I i i , I ...... iiiiiiiii111111 IIIIIiiiiiiiii I ..... i i i i i i Ii .......... I ........... I ........... I, , ,,,1,,,, ,I .....

Observed Rote = -11.2 + .5 mm/yr Wrms of fit = 12.5 mm Reduced Ch; square = 2.45

NUVEL model rote = -16,0 mm/yr

00

0C'4

EEg

vO

-6 _

aD

0

¢-

-8G9o orm o

O

T

1981 1982 1983 1984 1985 1986 1987 1988 1989

'' .... I ........... I ........... I ........... I ........... I ........... I ........... I ........... 1 ........... I ..... -

,,,LI,,,,,LI .... I ........... I ........... I ........ ,, ,I ........... I ........... I ........... l ........... I .....



7.100

Vector baseline plots for HRA$ 085-OVRO 150

O

p..O

E_E

d0

,¢ _'3

LO

(2)u'?

I

c-

¢-

m _I

Baseline length = 1508 kilometers Number of sessions = 7.5

1981 1982 198.3 1984 1985 1986 1987 1988

......... I''' ........ f ........... I ........... }''' ''''''''1 .... ' ...... I ........... I'' ......... I .........



EoE.O

v

>

¢-

2

.E 0

0m

(:3(:3

T

O 1981 1982 1983 1984 1985 1986 1987 1988O '''' ..... I ........... I ........... I .......... '1 ........... I ....... ''''1''''''' .... I ........... I .........

O

O

A

EEo°

vO4

"6

> O

3o03 c'4

I

+

rlr ..... L #- _F_ 0___Lt , , •

i i i I i i i i I ........... _ i a d i I i i i I i i I i i i I ....... I ..... , , , , ,1 Ii 1, Lt ...... I,,,,,,, ,,,ll ........... I ..........

Observed Rate = -.6 4-.3 mm/yr Wrms of fit = 8.0 mm Reduced Chi square = 2.53


1981 1982 1985 1984 1985 1986 1987 1988........ I ........... I ''_ ........ I ...... ' .... I ......... _'1 ...... ' .... I ........... I ........... I ..........


NUVEL_model rote = 1.5 mm/yr

7.101

Vector baseline plots for HRAS 085-PLATTVIL

O..-_O

E _E

c5

o_o_.¢O

O

I

r"

-J I

6}

{3rm

I


1984 1985 1986 1987 1988 1989....... ] ........... I ....... ' ' ' ' I ........... I ........... I ........... I ....

Observed Rote = -.4 4- 1.1 mm/yr Wrms of fit = 7.4 mm Reduced Chi square = 1.76


o,¢

E

do

_>o

E ¢'N:'= I

60{3m o

I

00,_-

..oE_E

v

"6(3

"Co>

0jc-

o c,4m I

00

I

1984 1985 1986 1987 1988 1989

I , , , , , , I , , , , i ...... L ...... , . , , , I , , . . , , , , , , . I , , , , , , , , , , , I ........... I ....

Observed Rote = -3.5 ± .8 mm/yr Wrms of fit = 5.0 mm Reduced Chi squore = 1.69


1984 1985 1986 1987 1988 1989....... I ........... i ........... I ........... I ........... I' .......... I'''

i i i i i i i I ..... , , , , , , I , , , , , , L , , , , L J , L , 1 t , .... I .......... , I , , , , , , , , , , , I , , ,

Observed Rote = -9.9 4-7.4 mm/yr Wrms of fit = 49.1 mm Reduced Chi square = 2.42


7.102

Vector baseline plots for HRAS 085-QUINCY

0

EE

d

g_0

II

t-

_o

nn _I


985 1984 1985 1986 1987 1988 1989

' ' I ........... I ..... ' ' .... I ..... ' ' .... I ' ' ' ........ I ........... I ........... [ ....

, I , , , , i _ L .... I ..... , , , , _ , I _ a _ _ i L ..... I , , , , , , , * , * * I ....... , , , , I , f t _ I i i L L L i I ....



00

A

EoE_

>m 0

._c 0

O3

0(21

7

1.-_0

Ev

-6o

_o>

°_

983 1984 1985 1986 1987 1988 1989' ' I ........... I ........... I ........... I ........... I ........... I ........... I ....

J,

;F

i I .......... ' I I I ' I I ' I I I I I I ...... i i i , i I ....... i i i J [ i _ I i ...... , I , i , i , J i I i i i I ....

Observed Rote = -3.2 -I- 1.4 mm/yr Wrms of fit = 9.1 mm Reduced Chi square = 1.33


o 1983 1984 1985 1986 1987 1988 19890

0o

I Observed Rote = -3.5 4- 8.5 mm/yr Wrms of fit = 52.1 mm Reduced Chi square = 2.26


7.10,..5

Vector baseline plots for HRA$ 085-RICHMOND

Baseline length =

o1984 1985

EgE

CN

I

_0

;oTE

I

2363 kilometers Number of sessions = .350

1986 1987 1988 1989 1990

.I ........... I ........... I ........... I ........... t ........... I ........... I ..........

Z,



01984o

EoOE-v

>O

E

I,--

E O"-= O

00

CN

I

1985 1986 1987 1988 1989 t990

........... I ........... I ..... _'_''1 ........... I ........... I _'' ........ I ..........

, , , , , ...... I , I , , _ i I I , A , I * i i , , I L , i , , I , * a , A ...... I ........... I ........... I ..........

Observed Rote = -7.9 +.3 mm/yr Wrms of fit = 8.5 mm Reduced Chi square = 1.99


t-.. C'4

(3m

O0

I

984 1985 1986 1987 1988 1989 1990

........... I ........... t ........... I ........... I ........... I ' ' ' _ ....... I ..........

+

Observed Rote = -3,1 + 1.1 mm/yr


........... I ........... I , .........


7.104

Vector baseline plots for HRA$ 085-VERNAL

0/--,0

E_E

v

n o

O_p_00

0

I

c-

LO

C-

mI


1986.5 1987 1987.5 1988 1988.5 198g

....... I ........... I ........... I ........... t ........... I ........... I .........

, , , J J i i I ........... I ........... I , , , , i , , , , , , I ........... I ........... I .........

Observed Rate = 1.1 + 3.4 mm/yr Wrms of fit = 7.9 mm Reduced Chl square = 2.90


o

EEo

¢)

>

0c- c'-4•i- I

o_

m 0

i

00cN

EE

vO0

_JL_

>

c-

o3_3

m 00

I

1986.5 1987 1987.5 1988 1988.5 1989

....... I ...... ' I ' I I ] .... r ...... I''''' ' ' .... I ........... I ......... ' ' I ........

, , , , , , _ I i i f t , , I i J i i I i L i I _ h ..... i ........ , , , I , , , , , , , i i , , I i i i i i ...... [ ........



1986.5 1987 1987.5 1988 1988.5 1989

....... I ........... I ........... I ........... I ........... I ........... i .........

....... I , , , , , , , , , , , l , , , , , , , , , , , I , , i , , , i i i , i I , I I I i I ..... I ........... L , , , , , , , ,

Observed Rote = -9.6 -t- 21.1 mm/yr Wrms of fit = 46.9 mm


Reduced Chi square = 5.27

7.105

Vector baseline plots for HRAS 085-VNDNBERG

EEodO_00_3

F--ob--

t-

J

03_3

OD


1984 1985 1986 1987 1988 1989

' ' I ........... I ........... I ........... I ........... I ........... I .....

Observed Rate -- 35.7 4, .g mm/yr Wrms of fit = 8.2 mm Reduced Chi square = 2.12


f_

EooE-

v

@

>

¢-

:-= (:3

_n Im

0004

I

.-..oEoE

v

-6°-*dO

t-

0 1984 1985 1986 1987 1988 19890 ., , I ........... I ..... ' .... ; I ' * ' ........ l ........... I ........... I ....@4

, I , * , , , L L L , , i [ L h L J L L I L , , , l ........... I ........... I ........... I ....

Observed Rate = 25.5 4, 1.0 mm/yr Wrms of fit = 8.8 mm Reduced Chi square = 1.67


0 1984 1985 1986 1987 1988 19890 ., , I ........... I ' ' ' ........ I ........... I ........... l ........... I ..... .

00

I

I _ I I I I I I _ i ' ' ' I ........... I ........... I ........... I ........... I ....



7.106

Vector baseline plots for HRA$ 085-WESTFORD

0

E _E

v

do$2cOo4O_,¢r_

I

t-

O

c

I


1982 1985 1984 1985 1986 1987 1988 1989 1990

....... I ........... I ......... ''1 ........ '''1 ........... I .......... '[ ....... ''''1 ...... '''''i ........... I' .........

I {

Observed Rote = -1.1 4- .3 mm/yr Wrms of fit = 12.8 mm Reduced Chi squore = 2.93

NUVEL model rate = .0 mm/yr Weighted meon length = .5134928007.6 mm

EoOE_v

>¢0 0E

p-

c- 00

m

o0

I

>

m

0 1982 1985 1984 1985 1986 1987 1988 1989 19900 ;' ..... I'''' ....... I' ...... ''''1 .... ' ...... I ......... ''1 .......... '1 ..... ''''''1 ........... I ..... ' ..... I ..... ' ....O4



1982 1985 1984 1985 1986 1987 1988 1989 1990

........ I ........... I ........... I ........... i ........... I ........... I ........... I ........... I ........... I ..........

Observed Rote = -10.9 4-.7 mm/yr Wrms of fit = 31.9 mm Reduced Chi squore = 1..35


7.107

Vector bosel[ne plots for HRAS 085-WEq-FZELL

EE

v

c56'4

u3 0r_

83

I

c-

o.J

u3

¢}{/1O

m


984 1985 1986 1987 1988 1989 1990

''f ........... I ' ..... ' .... I ........ '' ' I ' ' ' ..... ' ' ' I ........... I ........... I ..........

, I ........... I,,,,*,,,,,,],1,1 ,,,,,,llIJ,,i ...... I ........... I ........... I ..........

Observed Rote = 14,7 ± ,7 mm/yr Wrms of fit = 23.5 mm Reduced Chi squore = 1.49


o0

EE

v

_o

>

t-

zoo@q

¢-

0_

,¢

]

oo

EE

v

¢D

c-m

co

6Q

t

1984 1985 1986 1987 1988 1989 1990

.''1 ........... I ........... I ....... '_'_1 ........... I ....... ''''1 _ .......... I''''' ....

I

i I ........... t , , , , , , , , , , , I , , , , , + , , i I . I ........... I , , , + , , , , , , , 1 ........... t ......... ,

Observed Rote = -15.9 ±.2 mm/yr Wrms of f[t= 7.8 mm Reduced Chi squore = 1.09


1984 1985 1986 1987 1988 1989 t990

' ' I ..... _ ..... I ........... I ........... I ........... I ........... I ........... I .........

_,_, _,,

, I ...... , , , , , I , , , , , , , , , , , I ,, , , , , , .... I , , , L i i i .... I ........... I ....... i i . , I .... i , i i i i

Observed Rote = -1.6 ± .9 mm/yr Wrms of fit = 29.9 mm Reduced Chi square -- .99


7.108

Vector boseline plots for HRA$ 085-YUMA

O._..O

E _E

d

o_

O36,4(:3O

I

J I

c-

No_3

mI


1984 1985 1986 1987 1988' ' I ........... I ....... ' ' ' ' 1 ........... ] ........... [ _ .........

, , I , , , i r I i i , , , [ ....... , , , , I , , , , , i i i , i i I J , i i i i r i r , , I ....... , , ,



SoE_O

>m (23E

I--

.C_ 0

0m

00

T

00,¢

EE

-,_/00

(3

>

0

03o

m 00o4

I

O 1984 1985 1986 1987 1988O ''1''' ........ I ........ '''I ...... ' .... I ........... I ..........




1984 1985 1986 1987 1988' ' I ........... ] ......... f ' I ........... I ........... I ..........

t- --T+ t+ + {- - - - t



7.109

Vector boseline plots for JPL MV1 -MOJAVE12

00

EE

v

_3

CO

Z

I

e-

l

¢Jo-

(n 00 0

rn

I

B0seline length = 172 kilometers Number of sessions = 21

1984 1985 1986 1987 1988

...... i ........... t ........... i ........... i .... ' ...... i ..........

_____---4

÷

Observed Rote = 5.9 + 1.2 mm/yr Wrms of fit = 9.0 mm Reduced Chi squore = 3.15NUVEL model rote = -6.9 mm/yr Weighted meon length = 171686437.1 mm

00O4

EooE_

>o

m

00o4

1

0

0o4

EE

"" 0

-6

> 0

"__-- I

o3

r'n 0

0

I

1984 1985 1986 1987 1988...... I ........... I ........... I ........... I ........... I ..........



1984 1985 1986 1987 1988

...... I ........... I ........... I ........... I ........... I .........

T_ + t ++_+....

i t i i i i I ........... I , , , , , , , , , , , I , , , , , , , , , , i I i .......... I ..........

Observed Rote = 7.5 :1:7.3 mm/yr Wrms of fit = 49.2 mm Reduced Chi squ0re = 1.39


7.110

Vector b0selTne plots for JPL MV1 -OVRO 150

o

o

r-3

I oj=: o

E¢}.J

0

Om

Baseline length = 3.56 kilometers Number of sessions = 19

1 g85 1g84 1985 1986 1987 1988

#

Observed Rate = -12.0 4- 2.0 mm/yr Wrms 0f fit = 16.2 mm Reduced Chi square = 4.67


A

EooE-v

_o

o Im

0

0

I

EE o

v

>

o I

0 1983 1984 1985 1986 1987 19880 r ' ' I ........... I ........... I ........... I ........... I ........... I ..........

.,I,

i i i I , , , , , , , , , , , I I L i i ...... , I , , , , , , , I i i i I i ..... , , , , , I , , i i L i i i i i i I i i ....... ,

Observed Rote = 19.6 + 1.,5 mm/yr Wrms of fit = 9.8 mm Reduced Chi square = 4.2,2


98..3 1984 1985 1986 1987 1988

' ' ' I ' ' ......... I ' .... ' ' .... I ' ' ' ' ..... ' ' I ........... I .......... ' 1 ..........



7.111

Vector basetine plots for JPL MV1 -PBLOSSOM

0

0

EE

v

¢0

_3_3

_oI

c-

c

I43c

t


1984 1985 1986 1987 1988........... I ........... I ........... I ........... I ...........

++

, , ........ l , , , , , , , , , , , ] , , , L L L , , L , , I ........... I ...... , , , , , !


NUVEL model rote = -14.0 mm/yr Weighted meon length = 41155683.7 mm

o0

EoE_

42

113>m 0E

t--

.--_ 0

O

CO

00

I

00

EE

0

-6U

.4

> 0

:= f

¢1

rn 0

0

1

1984 1985 1986 1987 1988........... r ........... I ......... / ' I ........... I ...........

Observed Rate = 8.0 + ,3.1 mm/yr Wrms of fit = 9.4 mm Reduced Chi squore = 2.,34


1984 1985 1986 1987 1988........... I ........... I ........... 1 ........... I ...... _ ....

Observed Rote = 16.,5 + 25.9 mm/yr Wrms of fit = 90.4 mm Reduced Chi squore = 2.05


7.112

Vector baseline plots for JPL MV1 -PINFLAT$

E°

v

c5O_

ooo00

I

J_

.J

c- 0

nr_


1984 1984.5 1985

-' .... I ........... I ........... I ..........

t -I I i _ I i i ...... ,

Observed Rote = 5.2 + 2.3 mm/yr Wrms of

NUVEL model rate = .0 mm/yr Weighted


1985.5 1986 1986.5 1987

' I ........... I ........... I ...........

I iiiip .... I ..... ,,,slllJ_L ........

fit = 3.9 mm Reduced Chi square = .70

mean length --- 171805089.7 mm

0

EEo

vC, 4

03 0¢-

2

¢- (_4

03c3

rn 0

I

00

EE

v

o°

oo

I

1984 1984.5 1985 1985.5 1986 1986.5 1987-' .... I .... ' ...... I ........... I ........... I ........... I ........... I ........... I

--t-- - -+-

i i I i i I i i i i i , , , , , , I , , , , , I i i i i i I ........ , i , I , , , J , L L i i , , I ..... , , , , , , I I i i i I ...... J



1984 1984.5 1985 1985.5 1986 t986.5 1987...... I ........... I ........... I ........... I ........... I ........... I ........... 1'

, , , , I , L, i I I t i i i I I I I ........ i I , , , , ,, i I h , * I K .......... I , , , , , , , , , , , I _ J , i i _ ..... I

Observed Rate = -3.3 + 45.5 mm/yr Wrms of fit = 73.7 mm Reduced Chi square = 2.8.5


7.115

Vector boseline plots for JPL MV1 -VNDNBERG

00

EE

goo_0r_3000¢No4 0

I

I¢}

<3 0m

I


1984 1985 1986 1987 1988.... I ........... I .......... ' I ........... 1 ........... I ..........

t

I i J ' I ........... I .......... _ I , .......... I ......... , , ] ..........

Observed Rote = 8.2 + 1.5 mm/yr Wrms of fit = 7,8 mm Reduced Chi squore = 2.54


0 1984 1985 1986 1987 19880 .... I ........... I ........... I ........... I ........... I ...... _ ' ' '

To

>o

._ o

cn I

m

00

I

00

_-.. o4EE

om

0O

I

i i i i [ i .......... i ........... i ...... , .... f ........... i ..........

Observed Rote = 14.0 4- 1.7 mm/yr Wrms of fit = 8.g mm Reduced Chi squore = 2.17


1984 1985 1986 1987 1988.... I ........... I ........... I ........... I ........... I ..........

+

.... i ........... i , , , , , * ..... i ........... i ........... i ..... i i i i i

Observed Rote : 3.4 4- 20.3 mm/yr Wrms of fit = 98.5 mm Reduced Chi square : 5.01


7.114

Vector boselTne plots for KASHIMA -KAUAI

Eg

d.¢

o oo

8gI o

03

rn


1985 1986 1987 1988 1989 1990 1991

...... I ' ' ......... I ........... I ......... ' ' I ........... J ........... i ........... I .....

Observed Rate = -63.3 4- 1.0 mm/yr Wrms ef fit = 13.1 mm Reduced Chi square = 2.78

NUVEL model rate = -69,6 mm/yr Weighted mean length = 5709360244.2 mm

0 1985 1986 1987 1988 1989 1990 1991OL'''''I ........... I''' ........ I ........... I ...... ' .... I ........... I ........... [ .....

LEoE L¢)

v

Q>

c-

.E 0

na

o

o

+++

r i i , , i ...... , i i , , I i , i , i i i i i i , I ........... I , , , , , , , , , , , I ....... i , i i I i i i i i i ..... [ i i

Observed Rote = -8.5 4-.6 mm/yr Wrms of fit = 7.3 mm Reduced Ch; square = 1.78


oo

EE°o

vO4

"54--'

> o

rn o4I

1985 1986 1987 1988 1989 1990 1991

...... I ....... ' ' ' ' I ........... I ' ' ......... I ........... I ........... I ........... I .....

i i i i i I i i ........ , I i , i i i i i i i i i I i I i i i J i L L J L I .......... L I i , , i i i i , i i i I I i i i I i ..... I .....

Observed Rate = -4-5.1 4- 1.9 mm/yr Wrms of fit = 26.5 mm . Reduced Chi square = 1.97


7.115

Vector b0seline plots for KASHIMA-KWAJAL26

Baseline length --

_:_84.5 1985,-..oE-tE

_.D O4

_ o

I

_0

II)r-

I


1985.5 1986 1986.5 1987 1987.5 1988 1988.5

........... I ........... I ........... I ........... I ........... I ''_ ....... i ........... I ........... I'' '


NUVEL model rote = -79.5 mm/yr Weighted mean length = .5936330637.0 mm

_84.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5O ........... I ........... I ........... ! ........... I ........... I ........... I ........... F ........... I'''04

E8E-

_o

OO

I

........... 1 ........... I ........... I * ......... ,I ........... I ........... l,,,i,, ,, ,,Ll,,i, ,,,IL,il,,i



_2_84.5oO4

E oE

v

-5

aj

O

O04

I

1985 t 985.5 1986 1986.5 1987 1987.5 1988 1988.5

........... I ........... 1 ........... i ........... I''''' ...... I ........... I ........... I ........... 1''''.



7.116

Vector baseline plots for KASHIMA -MOJAVE12

Baseline length =

_984 1985_-_0

E _E

Oo_ 0

g0

I

go-_Tc-

I


1986 1987 1988 1989 1990 1991

' ' ' _ ....... I ..... _ ..... I ........... I ........... I ...... ' ' ' _ ' I ........... I ........... I ' ' '1

+ + ++ *+



c_9840

EoE_

m 0¢-

2b..-

.-- 0

0

m

00

T

1985 1986 1987 1988 1989 1990 1991

.......... I ........... I ........ _''1 ........... I ........... I ........... I ........... I'''.

+ ÷ i

I I ........ , I , , , , , , , , , * , I ....... , , , , I , , , , , , , , , , , I ......... , , I , , , , , , J i i i i J i .......... I , ,

Observed Rote = 8.4 +.4 mm/yr Wrms of fit = 5.8 mm Reduced Chi square = 1.03


_9840t'q

_-..0

Ev

-6

_o{D

>

c-

_T

1985 1986 1987 1988 1989 1990 1991

/

0

I0 i ........ , , I i i , , , , , j , , i I ........... I .... I i i i , I i I ....... i i I i I i i L i I ...... I ...... ' , ' , _ I ' '

04

IObserved Rote = -17.0 + 2.0 mm/yr Wrms of fit = 28.0 mm Reduced Chi square = 2.02


7.117

Vector baseline plots for KASHIMA -ONSALA60

E

eq

d0

00

0"]

I

c- 0

C

m


1986 1987 1988 1989 1990 1991

....... I ........... I ........... I ........... I ........... I ........... ( .......

÷+ t +

i i i i i i I ........... I , , , , , , , , , , , I I i J L I i i _ i , I I k i A i , L ..... I ........... I , , , , , , ,

Observed Rate = -9.3 + 7.2 mm/yr Wrms of fit = .34.4 mm Reduced Chi square = 7.87

NUVEL model rate = -.:3.1 mm/yr Weighted mean length = 796964.5044.4 mm

Eo

c-

F--

.c 0

m

Oo

I

_o

om I

0 1986 1987 1988 1989 1990 19910 ....... 1 ........... I ..... '' .... 1 ...... ' .... I ....... ''''1 ........... I .......

F



0 1986 1987 1988 1989 1990 19910 ....... I ........... I ........... I ........... I .......... 't ........... I .......

00C_

IObserved Rate = -23.3 + 5.7 mm/yr Wrms of fit = 26.9 mm Reduced Chi square = 2.82


7.118

Vector bcseline plots for KASHIMA -RICHMOND

0_--,0

E_E

v

+ooO0 C'4(:3

O0

O_to-

O 0

I

_0E 0

Co_

I

Baseline length =- 10280 kilometers Number of sessions = 29

1987.5 1988 1988.5 1989 1989.5 1990..... I ........... I ........... t ' .......... I ........... I ........... I ....

+++ TJ+t+

Observed Rote = 8.7 ± 6.3 mm/yr Wrms of fit = 55.8 mm Reduced Chi squore = 1.32


E

v

(9

>

E

._- 0

{3

03

C30

T

0(:3

EE

0

-6c_

>

_ 0¢-

m 0

0

I

0 1987.5 1988 1988.5 1989 1989.5 19900 ..... I ........... I ........... I ........... I ........... I ........... I ....

t+_1{+ {{++__ t++ t

, , [ j i I , , i I i i i i _ 1 1 i I ....... i I , J , , I J L , , I ? , I I , i n I ...... , l , , , , + + + , , , , I , , , ,

Observed Rote = 4.6 ± 2.2 mm/yr Wrms of fPt = 11.0 mm Reduced Chi squore = .97


1987.5 1988 1988.5 1989 1989.5 1990+ _ ' ' ' I ........... I ........... i ........... ] ........... ] ........... I ....

Observed Rote = -46.0 ± 7.6 mm/yr Wrms of fit = ,.39.5 mm Reduced Chi squore = 1.56

NUVEL model rote = -1,5.2 mm/yr

7.119

Vector baseline plots for KASHIMA -$ESHAN25

0

E_E

v

0004a_

co

I

c-

q3--J I

c-

oo

03I


1988.5 1989 1989.5 1990 1990.5 1991 1991.5...... I ........... I ........... I ........... I ........... I ........... I ...........

, , L , L * L J L i L , , , , , i , I ........... I ........... I ........... I .......... I h , , , , , i i, , _ L

Observed Rote = -28.2 ±.3.4 mm/yr Wrms of fit = 10.9 mm Reduced Chi square = 5.23


E

>

2

.E 0

oQ3

00

T

0 1988.5 1989 1989.5 1990 1990.5 1991 1991.5

00

0

> 00

Q)

O

m 00cq

I

+ ,+ ÷

, i i L All, L i ........ I ........ t,, I ........... ] ........... I ........... I ...... i i i J i

Observed Rote : -17._ ± 2.2 mm/yr Wrms of fit : 7.1 mm Reduced Chi square : 3.19


1988.5 1989 1989.5 1990 1990.5 1991 1991.5....... I ........... I ........... I ........... I ........... I ........... I ...........

......+ +

...... i ........... i , , , ........ i ........... i .......... , t ........... i , i i i i i i i i L i

Observed Rote = 12.4 + 7.8 mm/yr Wrms of fit = 24.8 mm Reduced Chi square : 2.09

NUVEL model rote = -.3.2 mm/yr

7.120

Vector baseline plots for KASHIMA -TSUKUBA

00

EE

v

L{3CO

k'30

I

c-

¢-

I<#

c-

03

oI


1985 1986 1987 1988 1989

..... I ........... I ..... ' ..... I ........... I ........ ' ' ' I .........

..... q..... i__ t

i i i i i , I .... , , , , , , , I i i i r i i ..... I , , , , i , , , , , i I i t _ _ i i ..... I , , , , , , , , i



EooE-

v

{.-

2

0313

m

0 1985 1986 1987 1988 1989LC) ' ' .... I ' ..... ' .... I ........... I ' ' ' ..... ' ' ' I ' ' ' ........ I ' ' .... ' ' '

0UO

I

0

004

EE

v 0

-6

03(3

rn 0

0

I

Observed Rate = -.1 + 1.5 mm//yr Wrms of fit = 4.8 mm Reduced Chi square = .47


1985 1986 1987 1988 1989...... I ....... ''''1 ........... I ........... I ........... I''' ......

Observed Rate = 24.3 :1:15.6 mm/yr Wrms of fit = 46.7 mm Reduced Chi square = 2.13


7.121

Vector b0seline plots for KASHIMA -VNDNBERG

0

50°

I

DO

_o"7

#gI


1985.5 1986 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990

I ' ' ' ' ' ' ' ' '.... ........... ........... ........... ........... ........... ........... ........... ........... ........... "'1

F-+

Observed Rate - -35.6 + 3.3 mm/yr Wrms of fit = 23.0 mm Reduced Chi square = 4.08

NUVEL model rate = -36.6 mm/yr Weighted mean length = 79t.3888161.1 mm

o0

EoE_

m 0

8

.if-_ 0

0123

0°

I

985.5 1986 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990''''1 ........... I ........... I ........... t ........ '''1 ........... I ''_ ........ I ........... I'' ......... I'''_'_'''''1'':

-_ + + ' ,+ +

i..I .......... ,I,,,L,,, .... I .......... ,I,J,_kLL,_*I ........... I .......... ,I,,,,_,_L,,ILJ ......... I ........... I,.

Observed Rote = .2 -t-.9 mm/yr Wrms of fit = 5.8 mm Reduced Chi square = 1.17NUVEL model rote = -16.3 mm/yr

0 1985.5 1986 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990

0_ I .... I ........... , ........... I ........... , ........... I ........... , ........... , ........... I ........... I ........... I'''

E- 1

_ggT

0

("4

I Observecl Rote = -39.4 + 4.7 mm/yr Wrms of fit = 34.7 mm Reduced Chi square = 2.93


7.122

Vector baseline plots for KASHIMA -WESTFORD

Baseline length =

o 1985.5 1986

E _E

_D

0

, +¢-

I::_ o

go

¢-

1


1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990

' i ....... l ' I I I ........... I ........... ] ..... I T .... { " ' [ ........ I ........... I ' ' ' I ....... I .... '''''''1 ...........

Observed Rate = .9 + 6.5 mm/yr Wrms of fit = 26.8 mm Reduced Chi square = 3.67


0 1985.5 1986 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990

0 i' 1 ........... J ' r ' ........ I ...... ' .... I ''_''_ ..... I ........... I ........... I ........... f'''' ....... I ...........EgE

>

_ 0

00

._ 0

m

00

I

,I,,,i,,,,,,,lt,, ........ I,,,,,,,,,,,I,,i,, ...... I,,,,,,,,,,,1,1,, ....... I ..... ,,,,,,!,,,,, ...... I ...........

Observed Rate = 16.7 -{- 3.3 mm/yr Wrrns of fit = 10.9 mm Reduced Chi squore = 6.4-1


0o

@4

c-°_

0004

I

985.5 1986 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990''l ........... I ........... I ........... I ........... I ........... I ...... ' .... I ....... ''''1 ........... I ....... ''''



7.125

Vector baseline plots for KASHIMA -WE-I-i-ZELL

Ccoo

_N

c5PO

ID¢M O

00 OkO

00

4

c- O

¢-

J

oI3

rT_

Baset;ne length = 8476 kilometers Number of sessions = 12

1985 1986 1987 1988 1989 1990

.... I ........... I ........... I ........... I ........... I ........... ] ' ' '

-F -F -

+

Observed Rate = -20.5 :t: 4.5 mm/yr Wrms of fit = 26.4 mm Reduced Chi square = 2.93

NUVEL model rate = -.5.7 mm/yr Weighted mean length = 8475826930.4 mm

CoC_

v

a3

aD

(n 0c.

2p-

tDO;3

00

I

0 1985 1986 1987 1988 1989 1990O .... I ........... I ........... I ........... I ..... ' ..... I ........... I ....

OO,¢

Codo

:> O

rn O4

I

m

+ _{

.... I .......... , [ , , , , , i , , , , , I , , , , , , i t i r I I i i i i b i i b _ i , I ........... I ....



1985 1986 1987 1988 1989 1990.... I ........... I ........... I ........... i ........... I ........... I ....

+

, , , l , , , i , , , , , , , I , , , , I i , i L I I I , , , , , , , I I I I I I I I I ....... I ........... t ....



7.124

Vector baseline plots for KAUAI -KWAJAL26

Baseline length =

01984.5 1985_-_oE_E

_D

r__ 0

I

..C

Q).J I

._

m _I


1985.5 1986 1986.5 1987 1987.5 1988 1988.5

!l ........... I ........... I ........... I ........... I ...... '_'''1 ........... I '' ......... I ........... I ' ' '



o 1984.5o

EoE_O

_>o

i0

ffl

00

1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

"1 ........... I ........... I '_ ......... I ........... [ ........... I ........... I ........... I ........... I _''

Observed Rote = 3.7 + 2.1 mm/yr Wrms of fit = 13.0 mm Reduced Chi squore= 2.29


01984.5o04

E oE

v

-6(J

_. 0

>

t-

&7

00

I

1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5



7.125

Vector basel;ne plots for KAUA] -MOJAVE12

Ecoo

_O

,Z3 0

0

r'3

¢.- _

_t¢-

-J

£33


1985 1986 1987 1988 1989 1990 1991 1992

...... I ........... I ........... I ........... I ........... I ........... I ........... I ...........

i i _ i b I i i I i i i i i i i L ] I ....... i I i I I I I I i I I i I , , I ........... [ .......... , I , , , , , , , , , , , I ...........

Observed Rote = 20.2 + .5 mm/yr Wrms of fit = 8.7 mm Reduced Chi squore = 2.92


o

°E

>

c-

2O

c- (_4

m0

o

I

ooCN

E

o

>

c-

0_0

CO 0

0

I

1985 1986 1987 1988 1989 1990 t991 1992....... I ........... I ........... I ........... I ........... I ........... l' .......... t ...........

Observed Rote = 64.1 + .3 mm/yr



1985 1986 1987 1988 1989 1990 1991 1992...... 1 ........... i ........... I ........... I ........... I ' ' ' ........ I ........... I ........ ' ' '/

1°I+ +

- _ + +



7.126

Vector baseline plots for KAUAI -NRA085 5

EEoO

O4

c5ou3

o oO00o4

p...

I

c" 0

c

_.J

0rn


1989.5 1990 1990.5 1991 1991.5 1992

......... ' l ....... ' ' ' ' I ........... I ' ' ' ........ I ........... I ........... I '

, ,t++++,,+++++++ +

I I I I L .... I ....... , i i , [ i i i i I i i i i i A _ i I ......... I I l I ' I I ' I I I I J I I I I I I I .... 1



00

EE

v

>0_C

zoo

c-

03

moooC'4

I

0

0

EE

vO0

-60_

>

O3

m 0

0o4

I

1989.5 1990 1990.5 1991 1991.5 t992.......... I _ .......... I ........... I ........... I ........... I ........... I',

..... , , , , I , , , , , , , , , i , I , , L , j ...... I .... , , , , , , , I , , i , , , J , , . , I .......... , I



1989.5 1990 1990.5 1991 1991.5 1992

, , , , , , , , , I , , , , , , , , . , , I ......... , , I , , , , , , , , , , , I , , , , , , , .... I ........... I

Observed Rote = -40.8 ± .3.2 mm/yr Wrms of fit = 25.5 mm Reduced Chi square = 1.53


7.127

Vector baseline plots for KAUAI -RICHMOND

Ezooc5O_

_0 0O_

c

_J

rn


1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992

.... I ........... I ........... I ........... I ........... I .... ' ...... I ........... I ........... _ '

Observed Rate -- 29.2 -I- 2.8 mm/yr Wrms of fit = 20.t mm Reduced Chi square -- 2.05


00

EE

v

_J>¢/1

took--

c-

(/3

o¢q

I

0

0

EE

v

• - £NI

>

¢-

:-= 0QJ93

rm

00¢N

I

1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992

' ' ' I ........... I ........... I ........... I ........... I ........... I ........... I ........... I '

I i i I i i i i ....... I ........... Ii,,,,,,,,,,I,,,i,, ,i,i ,_,liiii ..... _ ........... I ..... , I .... I

Observed Rate -- 58.0 + 1.3 mm/yr Wrms of fit = 9.4 mm Reduced Chl square = 1.48


1988.5 1989 1989.5 1990 1990.5 1991 1991.5 199;

" ' ' ' 1 ........... I ........... I ........... I ........... t ........... _ ........... I ........... I '"



7.128

Vector boseline plots for KAUAI -SESHAN25

A

EE

v O

03if3

O_O4O

rOp...

g

J

.E O

Pn

Baseline length = 7,310 kilometers Number of sessions = t8

1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992

...... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I


NUVEL model rote = -72.7 mm/yr Weighted meon length = 7,310293974.9 mm

E_ov

_0 0

2p-

.E 0

I3¢n

00

EgE

v

-6(D

_o

0 1988.5 1989 1989.5 1990 t990.5 1991 1991.5 1992

0 ...... I ........... i ' ' ' ' ....... ] ........... I ........... I ........... I ........... I ........... i,

Observed Rote = -25.1 4-2.5 mm/yr Wrms of fit = 11.5 mm Reduced Chi squore = 2.67


0 1988.5 1989 1989.5 1990 1990.5 1991 1991.5 19920 ...... I ........... I ........... r '''_ ....... I ........... I ........... I ........... I' .......... I,

+

0

O i i i i i i I i ........ , ,I , , , . I L , , , , , I .... i , I , . . i ] i h t 11 I I I , I I I ........... I, , , , , , , , . , ,I , I ......... I0"4

I Observed Rote = 38.8 4- 8.4 mm/yr Wrms of fit = 36.0 mm Reduced Chi squore = 4.05


7.129

Vector baseline plots for KAUAI -VNDNBERG

O

E _E

d_oO,4O4LO¢'4P_

I

c"

U I

_o133

I


1985 1986 1987 1988 1989 1990...... I ........... ] ........... I .......... I I ' , T ........ I ........... I T

+ + t¢ + + ++++L_

+ t +


NUVEL model rote = .0 mm/yr Weighted meon length = .3972522447.8 turn

EooE_

v

>03 0c-

p-

_J

03 Io(]3

00£-4

EE

__.-00

>

(:D¢-

030

rn 00

I

0 1985 1986 1987 1988 1989 199(O ...... I ........... J ........... I ........... I ........... t ........... I '

0004

IObserved Rote = 32.8 + .9 mm/yr


Wrms of fit = 7.8 mm Reduced Chi squ0re = 2..34

1985 1986 1987 1988 1989 1990

...... I ........... t ........... 1 ........... 1 ........... I ........... I 1

+

÷ t .

, , , , , , I , , , , , , , , , , i I , , , , i , , , , , , i ........ , , , I .... , , , , , , , [ , , , , , , , , , , , t ,

Observed Rote = -20.2 ± 3.5 mm/yr Wrms of fit = 29.-3 mm Reduced Chi squore = 1.99


7.150

Vector baseline plots for KODIAK -MOJAVE12


c_ 987.5 1988 1988.5/-..oE_E

d

_D

r-- L

I

c"

1Observed Rate -- -1.4 +3.1 mm/yr



1989 1989.5 1990 1990.5

• l ........... I ........... I ........... I ........... I .... _ ...... I ........... I '

Wrms af fit = 9.8 mm Reduced Chi square = 1.07


1987.5

0

EEo

>m 0

2I.--

c- _,1

120 0

I

1988 1988.5 1989 1989.5 1990 1990.5

Observed Rate = -3.6 ± 1.7 mm/yr Wrms of fit = 5.4 mm Reduced Chi square = 1.32


Jo04

/-..oE oE

v

>

._

o

187.5 1988 1988.5 1989 1989.5 1990 1990.5

.I ........... I ........... I ........ _''1 .......... '1 ........... I ''_ ........ _'

0

04

IObserved Rate = 6.9 + 7.4 mm/yr Wrms of fit = 25.5 mm Reduced Chi square = .55


7.131

Vector baseline plots for KWAJAL26-MOJAVE12


01984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5/--_C) '1 ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I'' '

E

qDO0

I

Wo°_'7t-

noJllllll ..... 1 .... , , ,,,,,I,,, ,,,,,,,,I,,,, ,,, ,,,,[L, ......... I ........... I,,,,,, , .... I ........... I,,,

Observed Rate = 14,1 + 6.2 mm/yr Wrms of fit = 29.7 mm Reduced Chi square = 3.23

NUVEL model rate = 22.0 mm/yr Weighted mean length = 75769.38615.2 mm

984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

:1 ...... ' .... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I'''

EooE-v

>0

2tn

0(:3

04

I

f

f

I ,, ,, ,i ,, t ,,I .......... ,I .... , ...... I, ,,,,,, ,,,,I, ,,,,,,,,,,I ........... I ........... I ........... I, , ,

Observed Rote = 64.8 4-2.6 mm/yr Wrms of fit = 13.5 mm Reduced Chi squore = 2.04

NUVEL model rote = 74.8 mm//yr

984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

!1 ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... ['' '

_o

mot

00("4

L

I A i i i ....... l,, ,,,, ,,, ,,I,,, ,,,,,,,,I,i, ........ I ........... I ....... , ,,, I , , , ,, ...... I, .......... I , , ,

Observed Rote = -.38.5 + 8.2 mm/yr Wrms of fit = 42.0 mm Reduced Chi squore= 1.82


7.t52

Vector basel;ne plots for KWAJAL26-VNDNBERG


ol 984-.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5_0 .'1 ........... I ........ '' '1 ........... I ........... I ........... I ...... ' .... I ........... I ......... ' '1 ' '_._

1E

H

dl

c

I ...... ,,,,,I,,,,,,, .... I ...... kllllllltllllllll I,

IObserved Rote = -.3.2 + 11.7 mm/yr


......... ,I,,,,,,,,,,,I ......... ,,I,,,,, ...... I,,



01984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988 1988.5

.'1 ........... I ........... I ......... ''l ........... I ......... I l I I I ....... I I I ........... I .... ' ...... I' ''

I ....... ,,,,LI,IL+ ...... I t + i i i i , i i i , I i + i I i i .... + I t i , , i , , i i , i I i i i i i ...... I ........ I I , I , , J I .... ,, ,I, ,



o198¢.5 1985oC,4

EgE

v

-6_J

"_o

>

ajc-

o

1985.5 1986 1986.5 1987 1987.5 1988 1988.5

00 i i i i I i i i i i _ i i I ........... I , i i , i i i i i i i I , i i , i ...... ] ..... Illl, ill ill ll,ii Ill iii ii ...... I ........... I, ,0,4

lObserved Rate = -54.4 ± 17.0 mm/yr Wrms of fit = 55.8 mm Reduced Chi square = .3.40

NUVEL mode1 rate = -46.9 mm/yr

7.1..55

Vector baseline plots for MARPOINT-RICHMOND

0/--.0

E_E

6n oO3

_3("4,¢

I

t-

J I

C

m


1988 1988,5 1989 1989.5........... I ........... I ........... I ........... I ....

, I I I I I I I I L I I I I I I I I I r I I I I L I I I I I I I I I I I I I I I I I I t I _ I I I I I I I

Observed Rate = .6 + 4.4 mm/yr Wrms of fit = 12.9 mm Reduced Chi square = 2.54


0

E_

c-

2F--

Q_C

"@ocoo

CO

0u'3

coE

v

-6co

_. 0aj>

o o4m I

1988 1988.5 1989 1989.5.......... I ........... I ........... I ........... r ' ' '

........... l ........... i ........... I ........... I I I i i

Observed Rote = -5.4 ± .3.4 mm/yr Wrms of fit = 9.7 mm Reduced Chi square = 2.50


0 1988 1988.5 1989 1989.50 ........... I .... '' ..... I ......... ''I ........... L ....

00

I

f



7.154

Vector baseline plots for MARPOINT-WESTFORD

0

0

EE

O_O0m.

Cop_

c-

¢-

_0 (:D

i3D

I


1983 1984 1985 1986 1987 1988 1989

-{

tObserved Rote = 1.4 4- 1.5 mm/yr Wrms of fit = 12.0 mm Reduced Chi square -- 5.34

NUVEL model rote = .0 mm/yr Weighted mean length = 676178920.g mm

EoE_

v

>os 0c

.E 0

{3

¢n

(ZD0

I

0

0

EE

v

._

>

o°

0m

0

0

I

0 1985 1984 1985 1986 1987 1988 19890 ...... I ........... I ........... I ........... I .... '''''''1 ........... I' .......... I ....

, L L i , , I .... ,, ,,,,,I ,, ,,,L,, ,,,I .... , , , , , , , I , , , , i , ..... I,,,,,,,, ,,,I,f,,,r fl,,,I .....



1983 1984 1985 1986 1987 1988 1989' ...... I ..... ' ..... I ' ' ......... I ........... I ........... I ......... ' ' I ........... I ....



7.155

Vector boseline plots for MEDICINA-ONSALA60

EEo

v

c5

p,,.

I

c- q

_s

ffl

m


1987.5 1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5

-' .... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ....

_±_f +- -

f

,,t,I ,,,, ,,,,,,,I,L,,,, ,,,,,I ........... I ........... I ........... I ........... I ........... I ........... I .....

Observed Rote = -2.1 4- 1.3 mrn/yr Wrms of fit = 5.0 mm Reduced Chi square = 4.g6

NUVEL model rote = .0 mm/yr Weighted mean length = 1429470394.7 rnm

E

Eov

>

¢J C)

c" 04

= Iql0

o

I

1987.5 1988 1988.5 1989 1989.5 1990 1990.5 t991 1991.5

..... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I .....

oF_

Observed Rote = -4.7 4- 1.3 mrn/yr Wrrns of fit = 4.5 rnrn Reduced Chi squore = 3.93


Ev

-6(J

0>

eJ¢-

ca db

0 1987.5 1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5O ..... I ........... I ......... ''I ........... I ........... T ........... I ........... I ........... I ........... I .....

oo

T

-t÷ { +

I .... I ........... I ........... t,,,,,,, .... I ........... I .... ,,,,,,,I ........... I ........... I ........... I .....


NUVEL model rote = .3.3 mrn/yr

7.156

Vector baseline plots for MEDICINA-WF-TTZFLL

(:3

C)

EE

v

,¢_4C,4

i

c-

O_

I

¢-

69 00 (:3

133

I


1987.5 1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992...... I ........... I ........... I ........... I ........... I ........... I .... _'' .... I ........... I ........... I ......... _'

[_ _- - _ ;-*** --'*T --*-- --

lillilllln ........ I,,,,,,,,,,,I ........... {,,,,,,,,,,il .......... ,I,,,,,,, .... I ......... ,,I,,,,, ...... I ..........

Observed Rate = -2.2 4- .5 mm/yr Wrms of fit -= 2.7 mm Reduced Chi square = 1.71


A

t:o

v

©

:>690c-

b-

ej

.C O

{3O3

(:3

O

T

OO_3

EE

v

> O

(pc-o_

69Orn

O 1987.5 1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992O .r' ..... I ........... I''' ........ I ........... I ........... I ........... I ........... I ........... I ........... I _ ..........

0

C3LO

I

,,,,,,I, .......... l,,,,,,,,,llJ,iJrLll .... I.......... ,I,,,,,,,,,,,I,,,,, ...... I ......... ,,I,,,, ....... I ..........

Observed Rate = -2.2 _-i: .6 mm/yr Wrms of fit = 3.1 mm Reduced Chi square = 1.90


1987.5 1988 1988.5 1989 1989.5 1990 1990.5 1991 1991.5 1992

Observed Rate = 2.9 -t- 2.9 mm/yr Wrms of fit = 16.6 mm Reduced Chi square = 3.51


7.157

Vector bcsel[ne plots for MOJAVE12-MON PEAK

OO

EE

2

I


1984 1985 1986 1987 1988 1989 1990...... 1 ........... I ........... I ' '_ ........ I ........... i ........... I ........... I .........

C-

I

0

I Observed Rate = -22.1 + .9 mm/yr

NUVELmodel rate = -39.9 mm/yr

I,

Wrms of fit = 9.5 mm Reduced Chi square = ,.3.92


E_v

>

c- 0:-= 0

m

ooo4

I

E2E

v

-6

"_o>

O 1984 1985 1986 1987 1988 1989 1990O ...... I ........... I ........... I ........... _ ........... I ........... I ........... _ ..........



0 1984 1985 1986 1987 1988 1989 19900

00O4

I

t

Observed Rate = .8 4- 4.6 mm/yr Wrms of fit = 4,5.4 mm Reduced Chi square = 1.70


7.158

Vector boseline plots for MOJAVE12-NOTO

0

._.0

E _E

v

doo_3

_0

O0

,¢a'J 0

I

c-

J I

E

m _I

Baseline length = 942.5 kilometers

1989.5 1990' ' I ........... I .....


1990.5 1991 1991.5...... I ........ ' ' ' I ........... 1 .....

i I i L i i i i i i , , , [ , , , , , , , , J , I I i J i i i i i i r i i I .... , , , b , _ i I p ....

Observed Rate = -2.5 + 6.1 mm/yr Wrms of fit = 15.7 mm Reduced Chi square = .96


EoE_

>_ 0c"

.E 0

0m

00

I

Ev

_o

>

¢-

_o

0 1989.5 1990 1990.5 1991 1991.50 ''1 ........... I ........... i .......... '1''' ........ I'''''

+ +t4

i I ..... , , , , , L I J i i , i i h i i i L I i I i i i i i t r I t I _ i t i i ..... , I , , I i ,

Observed Rate = -1.5.6 + 2.9 mm/yr Wrms of fit = 7.5 mm Reduced Chi square = 1.33


0 1989.5 1990 1990.5 1991 1991.50 . , , t ........... l ........... I ........... I ......... ' ' I ' ' '

00 , , I , , , , , , , , , , , I , , , , i i i i i , , I ..... , , , , , , l , , , ; i i i i , h i I i i I i i

TObserved Rate = -20.8 ± 8.0 mm/yr Wrms of fit = 20.9 mm Reduced Chi square = 1.22


7.159

Vector baseline plots for MOJAVE12-NRA085 5

EEo(5£0

0O4_3

#3 0

I

c"-_ 0_O4

c I

.J

ffl

lIl


989.5 1990 1990.5 1991 1991.5

' I ........... I ..... ' ..... I _ ' ' ' ' ...... ] ........... I ........

Observed Rate = -.3 -I- 1.g mm/yr Wrms of fit = 4.1 mm Reduced Chi square = .90


0

EEo

"" (_4

¢}

>m 0E

_ O

0

m 0

I

Ev

'20ID>

E

0LCJ

0 Im

1989.5 1990 1990.5 1991 1991.5

-' I ........... I ........... I ........... I ........... I ........

I++

I ........ , , , I , , , , , , , , , , , I , , , , , , , , , , , I i L ......... l ...... , , ,

Observed Rote = -4.1 =t: 2.2 mm/yr Wrms of fit = 4.7 mm Reduced Chi square = 1.58

NUVEL model rote = -9.t mm/yr

o1989.5o

1990 1990.5 1991 1991.5'1 ........... I ........... I ...... '''''1 ........... I ........

00

Observed Rote = -24.3 4-7.3 mm/yr


I , , , , , , , , , , , I , , , , , A , , , , , I , , , ...... , , I ........... I .........

Wrms of fit = 16.6 mm Reduced Chi square = 1.t5

7.140

Vector boseline plots for MOJAVE12-ONSALA60

0

/--,,0

E_E

v

d

r,,-.

o0o (:D

I

c-4-,

rn _I


1984 1985 1986 1987 1988 1989 1990 1991+'1 ........... 1 ........... I ........... I ........... I ........... I ......... +'l ..... '' .... I .......

Observed Rote = 9.8 + 1.6 mm//yr Wrms of fit = 19.9 mm Reduced Chi squore = 3.89

NUVEL model rote = 14.4 mm//yr Weighted mean length = 8021117839.9 mm

A

Eo

_ 0¢-

I--

.-- 0

0123

00

I

00£-4

EE

vO0

>

o_

c'3

m o

o

5

0 1984 1985 1986 1987 1988 1989 1990 19910 . ' ' I ........... I ........... I ........... I ........... I ........... I ........ _' '1 ........... I ........

f

Observed Rate = -6.4 4- .8 mm//yr Wrms of fit = 10.0 mm Reduced Chi $quore = 3.52

NUVEL model rote = -17.9 mm//yr

984 1985 1986 1987 1988 1989 1990 1991''I ........... I ........... I ........... I ........... I ...... '+';'I''' ........ I'''' ....... I ........

- +" .... -+---

'1



7.141

Vector baseline plots for MOJAVE12-OVRO 150

0LO

EE

v

_8p,.

CN

[

t-

c-

c-

(,9

goI


1984 1985 1986 1987 1988...... I ........... I ........... I ........... l ...... ' ' _ ' ' I ..........

, ! - - - t, - - -".....+

Observed Rote = 2.1 _+ .4 mm/yr Wrms of fit = 6..5 mm Reduced Chi square = 2.68


Eo

¢)

]>

E

2

m

o

o

o

0/--, c,,i

EE

v

_o._

>

0m

00

I

0 1984 1985 1986 1987 19880 ....... t ........... I ........... 1 ........... I ........... I ' ' ' ' ......



1984 1985 1986 1987 1988

÷]_ '1

i i i k L i I i ....... , , , I , , , , , , , , , , L I i i _ , i i i i i _ _ J _ .......... I ..........



7.142

Vector baseline plots for MOJAVE12-PBLOSSOM

EE o

v

c5

O0

I

J

m


1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

L

+ + ++-

ObservedRote = 1.5 4- 1.8 mm/yr Wrms of fit = 6.7 mm Reduced Chi square = 2.55


EoE_

%>m 0

b.-

.E o

0

00

I

ESE

v

0

_o

>

q)c-

0 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 19880 .......... I ........ '''l ........... I ........... I ........... I ........... I ........... I ........... I ........... I. ....

J

J

i ........ l,,,,,,,,,,,l,l ......... I .... ,,,,,,,I,,,, ....... I ..... ,,,,,,I ......... i ,I ,i, ,i ,i ,, ,Ill .......... I ....

Observed Rote = 15.9 + 1.0 mm/yr Wrms of fit = 3,7 mm Reduced Chi square = .95


0 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 19880 .......... I ........... I ........... I ........... I ........... I ........... I'' ..... ''''1 ........ '''1 ....... ''''1 .... .("4

0

04

I Observed Rote : 17.3 4- 10.6 mm/yr Wrms of fit : 42.5 mm Reduced Chl square = 1.47


7.145

Vector baseline plots for MOJAVE12-PIETOWN

EE o

c_r.300 oo 04

t,3p..(33

o

0o o

I

¢-

_.J

.__ 0

0rm


t 989 1989.5 1990 1990.5 1991 1991.5 1992........ I ........... I ........... I ........... I ........ ' ' ' I ........... I ...........

.... , , , , I ........... I ........... I ......... LLLL,,,J,,, ,,,l,,,,,,,,,,,I,,,,,,,,,,,

Observed Rote --- 1.5 ± 1.0 mm/yr Wrms of fit = 3.7 mm Reduced Chi square = 9.78

NUVEL model rote = .0 mm/yr Weighted mean length = 8097..30834.1 mm

0

EEo

>

c-

2

E C,4

:= I

0

m 0

I

Ev

>

¢1(-

m

1989 1989.5 1990 1990.5 1991 1991.5 1992......... I ........... ] ........... I ........... I ........... I ........... I ...........

........ I ........... I , , ......... I ........... I, i,,,,,,,,, I,,,,, , , , , , , I , , , , , , , , , , ,

Observed Rote -- 6.7 ± .6 mm/yr Wrms of fit = 2.3 mm Reduced Chi square = .3.85


0 1989 1989.5 1990 1990.5 1991 1991.5 19920 ......... I ........... I ........... I ...... _ .... I ........... I ........... I ...........

00

I

F___{{÷


NUVEL model rate = -1.5 mrn/yr

7.144

Vector b0seline plots for MOJAVE12-PINFLAT$

OO

EE

v

Oop_

O

CoO_

I

O1

c-

cn OO Om

I


1984 lg85 1986 1987 1988 1989 1990

' ' I ........... I ........... f ........... I ........... I ........... I ......... ' ' I '

I

, , I ......... , , I , , , , , , , , , , , I i .......... I , '_'" ....... , , I , , , , , , L .... I ........... 1 ,

Observed Rate = -11.9 _t: .8 mm/yr Wrms of fit = 5.6 mm Reduced Chi square = 1.18

NUVEL model rate = -40.8 mm//yr Weighted mean length = 195109712.0 mm

00

EoE_

@

@>m 0c-

b.--

@

c__ 0

0nn

00

I

00¢N

Ev

-6

To

>

c"

984 1985 1986 1987 1988 1989 1990

''[ ........ '''1 ........... I ......... ''1 ........... I ........... I ........ _'--I'

tI

It

Observed Rote = 10.6 +.7 mm/yr Wrms of fit = 4.3 mm Reduced Chi squore = 1.66


984- 1985 1986 1987 1988 1989 1990' ' I ........... I ........... I ........... I ........... t ........... I ........... I ' t

0 -

O4

I Observed Rote = -1.0 + 6.9 mm/yr Wrms of fit = 43.4 mm Reduced Chi squore = 1.65

NUVEL model rote = -.5 mrn/yr

7.t45

Vector baseline plots for MOJAVE12-PLATTVIL

O.-..(:3

E_E

v

c5

co

{.O

I

¢#J I

t-

o13D

f


1985 1986 1987 1988 1989 1990......... 1 ........... I ........... I ........... 1 ........... I ........... I .........

i .......

....... , I , , , , , , L , , i , [ L i , , i ...... I .......... , I,,,,, , , , , , , I , , , , , , ..... I ..........

Observed Rate = -.4 4- .8 mm/yr Wrms of fit = 6.8 mm Reduced Chi square = 1.89


EoE_

P,p...

om

00

Ev

>

e-

o

0 1985 1986 1987 1988 1989 1990O ......... I ........... I ........... I ........... I ........... I''''' ...... I .........

, , , , , , , , I , , h h i ...... i ...... ,,,, ,I,,,,,,, i p i i I i i i , r r i i i, L I ........... i ..........

Observed Rote = 6.8 4- .5 mm/yr Wrms of fit = 4.6 mm Reduced Chl square = .90

NUVEL modeq rote = -.3.1 mm/yr

0 1985 1986 1987 1988 1989 19900 ......... I ........... I ........... I ........... I ........... I ........... f ..........

0(:3

I

+

f J l ÷

Observed Rate = -10.7 4- 4.8 mm/yr Wrms of fit = 38.6 mm Reduced Chi square = 1.70NUVEL model rote -- -3.2 mm/yr

7.146

Vector baseline plots for MOJAVE12-PRESIDIO

EEo°

v

O[3

00

_3

I oc- o

J

}90m

EoE_O

,,..J

>_ 0c

I---

.-_ O

0m

00

I

E_E

v

0°_

"_o

>

q)E


1984 1985 1986 1987 1988 1989 1990 1991

.... I ........... I ...... ' .... I ........... l' '' ' ....... I ....... '' ' 'I ........... I ........... I .......

Observed Rate = 21..:5 ± 1.5 mm/yr Wrms of fit = 7.6 mm Reduced Chi square = 2.91


Offset = -8.3 ± 5.7 mm

o 1984 1985 1986 1987 1988 1989 1990 1991

0 .... I ........... I ........... I .......... '1 ........... I ........... I ........... I ........... I ......

Observed Rate : 7.5 4- 1.2 mm/yr Wrms of fit = 6.4 mm Reduced Chi square = 1.g2

NUVEL model rate : -1.4 mm/yr Offset = -6.4 ± 4.8 mm

0 1984 1985 1986 1987 1988 1989 1990 1991

0

00

IObserved Rote = 2.9 ± 7.2 mm/yr Wrms of fit = 36..3 mm Reduced Chi square = 1.44

NUVEL model rote = .4 mm/yr Offset = 45.1 ± 27.4 mm

7.147

Vector baseline plots for MOJAVE12-PT REYES

EEo°

00

O4

i o

£o¢-

_J

0c- 0

Om


1984 1985 1986 1987 t 988 1989 1990 1991

t fl



o0

Et o

v

oJ

0c-

QJ

.- 0

0DO

0

0

J

Ev

"6(J

_o<D>

¢-

1984 1985 1986 1987 1988 1989 1990 1991

.... I ........... I ........... I ........... I ........... I ........... [ ........... 1'''' ....... 1'_. .... !

m I I I fi i , . I ........... _.,.L,It.,_l[llll _LI LI iI Jllllr ilhll L I ........... ........... ........... ....

Observed Rote = 13.2 + .8 mm/yr Wrms of f_t = 5.9 mm Reduced Chi square = 1.50


0 1984 1985 1986 1987 t988 1989 1990 19910 .... I ........... I ........... I ....... ''''1'' ......... I ........... I ........... I ....... ''''1 ......

oo

I

i,,,I ......... ,,I,,,,,,,,,,,I,,,, ....... I ........... I , , , , , , , , , , , I ......... , ,I ..... ,, , ,, ,I .....

Observed Rote = -6.4 ± 4.1 mm/yr Wrms of fit = 27.1 mm Reduced Chi square = .74


7.148

Vector boseline plots for MOJAVE12-PVERDES


O 1984 1985 1986 1987 1988 1989 1990

_ 2 ' ' I ........... , ........... I ........... i ........... I ........... , ........... , '

CN - - _

+ + 4 -te-

l

_J¢-

_Jcn Oo 0

m

I

, I ......... ,, I, ,,,,,, ,,,, I, ,,,, ,,, ,,, I,,,, ,, ,,, , , J ........... I ........... I ,



00

EE

v

a9

h--

c-

QJ61

oooC'4

I

00¢'4

.ooE_E

v

-6(J

_. 0(9>

_Jt-

WO °

00

O4

I

1984 1985 1986 t 987 1988 1989 1990

I

i

Ii

, I .......... , I , , , , , , , , , , , I , , , , , , , , , , , I , , , , , , , , , , , I , , , L , L , , , , , I ........... [ ,

Observed Rate = 50.9 +.7 mm/yr Wrms af fit = 5.3 mm Reduced Chi square = .65


984 1985 1986 1987 1988 1989 1990

' ' I ........ ' ' ' l ........... I ........... t ........... I ........... i ........... ] '

j I ........... I ........... I ........... ] , , , , , , ..... [ , , , , , ...... I ..... , , , , , , I

Observed Rate = 8.9 :1:6.2 mm/yr Wrms of fit = 23.6 mm Reduced Chi square : .47


7.149

Vector baseline plots for MOJAVE12-QUINCY

00

EE

p_

r,3

E-.C'4

I

¢-

¢" 0

cn 00

I


1984 1985 1986 1987 1988 1989 1990...... I ........... I ........... I ........... I ........... I ........... I ........... I ........

L

I i i i I i I ........ , , , _ , , I , , 1 L , , _ , I I I , ........ I ........... I J , , , I , i , , , I _ [ I I ........ I .........



EoE_

_o

onn

o0

I

0 1984 1985 1986 1987 1988 1989 19900 ...... I ........... I ........... I ........... I ........... i .......... '1''' ........ I .... ' ....

00,¢

EEo°

vC'4

-6

$> 0

t-

8orn cq

I

Observed Rote = -5.0 + .7 mm/yr Wrms of fit = 5.8 mm Reduced Chi squ0re = 1.95


1984 1985 1986 1987 1988 1989 1990

i i i , i i I i i I I ....... I i , , i , i , , i i I 1 ...... , , , _ i _ , , , , i ...... J i • i I ....... I ........... 1 .........

Observed Rote = -4.9 4-5.,_ mm/yr Wrms of fit = 34.6 mm Reduced Chi squore = 1.52


7.150

Vector baseline plots for MOJAVE12-RICHMOND

Baseline lengf.h =

o 1984 1985

E _E

d

0"_

if}

I

¢-

¢1

m _I


1986 1987 1988 1989 1990 1991 1992

........... f ........... t ........... I ........... I ..... ' ..... I ........... I'''''''''''1'''''' .....

Observed Rate = 4.6 4-,9 mm/yr Wrms of fit = 8.9 mm Reduced Chi square = 2.57


o1984o

EoE_

>m 0E

.--- 0

m

o0

T

1985 1986 1987 t988 1989 1990 1991 1992

........... I' '' ........ I ........... I .......... '1 ......... _'1 ........... I ........... I ' ..... ' ....

........... t, ,,, ,, ,,,,,I , ,,,*,l,l,,I .......... ,I,*,,, ,, ,,,,l*,llllltLILl ........... I , l, .... , , , ,



o1984o

Eo°E

v

_o>

c-ow

0

004

1985 1986 1987 1988 t989 1990 1991 1992

........... t ........... I ........... I ........... I ........... I ........... I ........... I ...........

,,,,,,,,,,,I, .......... I ........... I ...... , .... I .... ,,,,,,,I,,,,, ...... I ........... I ...........

Observed Rate = -17.2 + 2.4 mm/yr Wrms of fit = 2.3.8 mm Reduced Chi square = 2.00


7.151

Vector baseline plots for MOJAVE12-SANPAULA

EEo°

d0rOO0

_3 0

I o

5 °E

--J

=?m


t 984 1985 1986 1987 1988 1989 1990

.... I ........... I ........... I ........... I ' ' ' _ ....... I ........... I ' ' _ ........ I '

_1 i _ i _ ........... Illl rill Ikklllllll IIIIII Ih .......... ] I , I l I _ I I , I , I I l ......... I I



00

EE

aD

E

oF--

r

¢-

{"4

I

"-'8E_E

v

"8

o_>

c-

{3 O4m I

1984 1985 1986 1987 1988 1989 1990

.... I ........... I ......... ' ' I ........... I ' ' ' ........ 1 ........... I ' r f ........ I I

II

II

/I

If

1I

/I

t/

I



o 1984 1985 1986 1987 1988 1989 19900

oo-4-t

Observed Rate = -7.5 4- 8.2 mm/yr Wrms of fit = 36.9 mm Reduced Chi square = .86


7.152

Vector baseline plots for MOJAVE12-SNDPOINT

Baseline Iength= 3917 kilometers Number of sessions = 10

&_987.5 1988 1988.5 1989 1989.5 1990 1990.5

E _ -

E "

(:3

OJL¢)

_0

L_3Obr_

I

t- 0

O_c-

,ooLt)

c I

0_(3

m

, , , , , , , , , , , I , , , , , , , I , , , I ........... I , , , , , , , , , , , I , , , , , , ..... I ..... , , , , , , I ,

Observed Rate = -22.6 4- 6.0 mm/yr Wrms of fit = 15.4 mm Reduced Chi squQre = 1.42

NUVEL model rate = .0 mm/yr Weighted mean length = .5916865256.6 mm

1987.5 1988 1988.5 1989 1989.5 1990 1990.5

........... I ' ' ' ' ....... I .... ' ...... I ' ' ' ' ....... I ' ..... ' ' ' ' ' I ........... I ' '.

0

0

EE

v

2o ;L ......... ]#3

sSt----

¢.. .

t'N -

I

Observed Rote = -1.5 4- 3.2 mm/yr Wrms of fit = 6.7 mm Reduced Chi square = 1.4(3


E "E -

v

-- 0

>O

Q) Oc- O

:-_ CN

I03(3

m

O

1987.5 1988 1988.5 1989 1989.5 1990 1990.5

J ........... 1 ........... I ........... T ........... I ........... I ........... I ' '.

0 "0 "

0 ."

OO

I ' I I L ' I ' I I I ' I I ' I I ....... I ...... ' ' ' ' ' I ' ' ' ' ' ' ' ' I ' ' I J I I ' I ' J ' ' I ' I ........... I ,

Observed Rote = 43.4 + 9.8 mm/yr Wrms of fit = 21.(3 turn Reduced Chi square = .42


7.155

Vector baseline plots for MOJAVE12-VERNAL

EE o

v

c'qc.O 0

,¢- o_O0

O0O0

O0 0

I

c"

_J

E 0

Om


1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990 1990.5

i ...... i ........... i ........... t ........... i ........... i ........... i ........... i ........... i ........... i .......



EoE_o

>

E

p.-

.C_ 0

0m

{:3

0

b

-'8E_E

v

"6{J

_o>

¢-

0 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990 1990.50 ....... ] ........... I ........... I ........... 1 ........... I ........... I ........... I ........... I ........... I ........

------I

i i I . . . i ........... [ , .... , , , , , , [ L I ......... I ....... ,+,,I ..... ,,,,,,I,,,,,,,,,,,I ........... I ........... I ........

Observed Rate = 8.1 4- 1.6 mm/yr Wrms af fit = 5.5 mm Reduced Chi square = 1.95


0 1986.5 1987 1987.5 1988 1988.5 1989 1989.5 1990 1990.5I_ ....... I ........... I .... '' ..... I ........... l' .......... I ........... I ........... I ........... I ......... ''1 .... ''''C'4

¢:30

C_

Observed Rate = -19.2 ± 12.4 mm/yr Wrms af fit = 39.5 turn Reduced Chi square = 2.52

NUVEL model rote = -2.4- mm/yr

7.154

Vector baseline plots for MOJAVE12-VNDNBERG

00

r,.e4EE

ouO

O4

_oI

i oI

(DE

03 0

8oI


1984 1985 1986 1987 1988 1g89 19go 1991

.... , ........... _........... , ........... _ ........... t ........... _ ........... _ ........... _ .... '"1

J

Observed Rote = 16.8 ± .3 mm/yr Wrms of fit = 5.9 mm Reduced Chi square = 3.22


0

0

EE

03c-

_8

¢-

69

80°04

I

0C3

,_-,. c,4

EE

v

°_

._ o°

m

0o

I

1984 1985 1986 1987 1988 1989 1990 1991

.... I ........... I ........... I ........... I ........... I ........... I ........... _'_ ........ I ....... .

.... I * , , ,, , ,, , , , I, , , ,, ...... I, , ,, ,, , , ,, , I ........... I,,,, ,,,,, ,,I,, ,b,t,,J,,[ ........... I ,, .....



1984 1985 1986 1987 1988 1989 1990 1991

+

I÷_ + + ÷ .

÷ ÷

Observed Rote = -1.7 .-1:1.7 mm/yr



7.155

Vector baseline plots for MOJAVE12-WESTFORD

0

_--.0

E_E

c5

t_

t_

t-30Oh

I

_J

J I

c-o_

0m

I


1984 1985 1986 1987 1988 1989 1990 1991 1992

Observed Rote = .5 4-.3 rnm/yr Wrms of fit = 7,1 mrn Reduced Chi square = 2.64

NUVEL model rote = .0 rnrn/yr Weighted rnean length = 390,3767759.6 rnrn

EoE_

_D

m 0E

ID

.c_ 0

m

o0

I

oo

EE

vO0

>

E

0

0 1984 1985 1986 1987 1988 1989 1990 1991 19920 ...... I ........... 1 ........... I ........... I ........... I ........... I ........... I ........... I ...........

* ,,+,++. ,+,,...... , ,

..... I ..... ,,,,, ,I,,,,,,,b,,,J ........... I,,,,,,,,,, ,I,,,, ,,,,,L,l,,I ........ I .......... ,I ........

Observed Rote = .2 4- .2 rnrn/yr Wrrns of fit = 5.0 rnrn Reduced Chi square = 2.1.3

NUVEL model rote = -10.5 rnm/yr

1984 1985 1986 1987 1988 1989 1990 1991 992

.' ..... I ........... I ........... t ........... I ........... I ........... I ........... I ........... t ........ '''

f .

Observed Rote = -13.6 + .7 rnm/yr Wrrns of fit -- 17.9 mrn Reduced Chi square = 1.91

NUVEL model rote = -10.3 rnrn/yr

7.156

Vector baseline plots for MOJAVE12-WE-i-FZELL

EEoov

c5

O0O0L_CO

'8c- _

¢-

_-I

o-- 04

COO

rn


1985 1986 1987 1988 1989 1990 1991 1992

.... I ........... I ........... I .......... _ I ........... I .... ' ...... F ........... I ...........

i i i , I ....... ,,,,I ,,, ,,,,,,,,I,,,, ....... [ .......... , I , , , , , , , , , , , I ........... I ...........

Observed Rote = 7.4 4-.8 mm/yr Wrms of fit = 14.4 mm Reduced Chi squore = 2.22

NUVEL model rote = 14.5 mm/yr Weighted moon length = 8588976465..3 mm

o

2

EoE_O

>o2

I,---

.--- 0

if?

0

0

/--.0

EoE

v

"6

_o

>

o_

1985 1986 1987 1988 1989 1990 1991 1992

!_____m:Z¢______''''''_.........,...........,...........,...........,...........,...........,............ ,

Observed Rote = -9.1 ±.4 mm/yr Wrms off[t = 7.9 mm Reduced Chisquere = 1.86


0 1985 1986 1987 1988 1989 1990 1991 1992

0 .... t ........... I ........... I ........... I ........ ' ' ' I ........... I .... ' ...... I ...........04

0004

IObserved Rote = -10.2 4- 1.0 mm/yr Wrms of fit = 17.8 mm Reduced Chi squore = 1.37


7.157

Vector baseline plots for MOJAVE12-YAKATAGA

O

E _E

d

QOp..00

r_

I

r

-J I

¢-

Om

I

OO

Et o

c-

2I--

.E O

om

OO

I

OO

EE

O-6

Q> 0

0

om 0

0

I


1988 1988.5 1989 1989.5 1990 1990.5

.......... I ........ _ ' ' I ........... I ......... ' ' L ........... I ...........

.4

I , , ........ 1 I

Observed Rate -- .33.1 + 7.0 mm/yr

NUVEL model rate : .0 mm/yr

Wrms of

Weighted

Offset =

fit : 11.7 mm Reduced Chi square = 1.88

mean length = 3273878619.3 mm-37.1 + 16.3 mm

1988 1988.5 1989 1989.5 1990 1990.5


NUVEL model rate : -5.8 mm/yr

Wrms of fit = 4.3 mm

Offset = -79,8 _+ 5.9 mmReduced Chi square = 1.07

1988 1988.5 1989 1989.5 1990 1990.5........... I ........... I ........... I ........... I ........... I _ ..........

, , , , , , , l l , I , , , , , i , i , , , I ....... , , , , I , , l l , , , I I i i I , , , , , , i , • , , I ........... I

Observed Rate = -23.5 + 20.6 mm/yr Wrms of fit = 34.7 mm Reduced Chi square : 1.27

NUVEL model rate = -2.9 mm/yr Offset = 112.t 4- 47.5 mm

7.158

Vector b0seline plots for MOJAVE12-YUMA

OO

EE

I

c-

E (:3

E

co O0 0

rn


1984 1985 1986 1987 1988

' ' I ....... ' ' ' ' I .... ' ...... I ........... 1 ........... I .........



EoE_

v

¢)

>cn 0E

I--

.C_ 0

cn I0

m

0

(:3

I

O 1984 1985 1986 1987 1988O ' ' I ........... t ........... I ' ' ' ........ I ' ' ' ' ' ' ' .... I ..... ' ' ' '

OO

Es °

vC'q

_d> O

¢-

m

I

, , I ........... I ........... I ........... I ¢ l i t i , , , , , ¢ 1 , i i i , i , , , I



984 1985 1986 1987 1988• ' ' I ........... I ...... _ ' ' _ ' I ........... t ........... I .........

, , I , , , , , , , , , , , I , , , , , ...... I ...... , i i , l I , , , , , , , , , , , I , i , , , , , , , ,



7.159

Vector b0seline plots for MON PEAK-OVRO 150

00

_-'- C'q

EE

ot_3

¢N

0

I

c-

woo_Jj

I¢JE


1983 1984 1985 1986 1987 1988

' ' 1 ........... I ......... ' ' I ........... I ........... t ......... ' ' t ..........

.......

Observed Rate = -24.9 + 1.5 mm/yr Wrms of fit = 11.2 mm Reduced Chi square = .3.89


EE o

v

>

2

.c 0

c3

m

0 1983 1984 1985 1986 1987 19880 ''1 ..... ' ..... I .... ' ...... I ........... I' .......... I ........... i ..........

00

/ Observed Rote = 18.0 4- 1.0 mm/yr


0o£,4

, , , I , , , , , , I , , , , J ...... , , , , , I , i , , , , i , , * , I , , , , , , , , , , , I , , , , , , , , , i , I i .........

Wrms of fit = 7.8 mm Reduced Chi square = .3.55

/--,0

EoE

v

-6

_o>

E

1983 1984 1985 1986 1987 1988

' ' ' I ........... I ........... I ........... I ........... I ........... I .........

0

(N

IObserved Rate = 1.1 :1:6.3 mm/yr Wrms of fit = 47.6 mm Reduced Chi square = 1.43


7.160

Vector baseline plots for MON PEAK-QUINCY

E

_--" C'q

dO0

O0O0

I

c- 0

d

0c" 0

'_ I

m


1984 1985 1986 1987 1988



1

Eo

C>

>_ 0¢-

.-_ 0

m

00

I

---SE_E

v

"5

__ 0

0 1984 1985 1986 1987 19880 ...... I ........... I ...... ' .... I .......... '1 ........... I ..........

Observed Rate = 12.3 :1:1.8 mm/yr Wrrns of fit = 9.9 mm Reduced Chi square = ,3.78


o 1984 1985 1986 1987 19880 ...... j ........... I ........... I ........... I ........... i ..........04

00

04

IObserved Rate = -.4 + 10.5 mm/yr Wrms of fit = 52.7 mm Reduced Chi square = 1.71


7.161

Vector b0seline plots for MON PEAK-VNDNBERO

0(ZD

EE

0u3

0_3_" 0

I

¢-

I

c

r,gon _

I


984 1985 1986 1987 1988 1989' ' I ........... ! ........... I ........... I ........... I ........... I ....


NUVEL model rote = .0 mm/yr Weighted meen length = 450216059.5 mm

EoE_

_ 0

om

00

I

"-8E_E

v

_oQ)

>

Co_

87

0 1984 1985 1986 1987 1988 19890 .''1 ........... I ........... I ........... I ........... I ...... '''''1 ..... .

Observed Rote = 12..3 4- 1.2 mm/yr Wrms of fit = 8.5 mm Reduced Chi squore = .3.10

NUVEL model rote = .3.8 mm/yr

0 1984 1985 1986 1987 1988 19890 .' ' I ........... I ........... I ........... I ........... I ........... I ....

00 , , I , , , , , , , , , , , i ....... , , , , ! , ..... , , , , , I , , , , , , , , , , , I , , ......... t ....

IObserved Rote = 6.t + 6.8 mm/yr Wrms of fit = 44.2 mm Reduced Chi squore = 1.78


7.162

Vector baseline plots for MON PEAK-YUMA

00

EE

v

ooo0t_

04p,.r_

0

04 0

I

t-

c-

q3

133

I


1984 1984.5 1985 1985.5 1986 1986,5 1987 1987.5 1988

..... I ..... I ..... I ........ '''1 ........... I ........... I ........ ' ' '1 ........... I ' .......... I ''' ........

I ff



00

EoE_

v

>0

c-

.-_ 0

_3

00

I

00

EE

-..10O

_ 0

:.=

m

nn 0

0¢xl

I

1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

.' .... I ........... I ........ '''1 .......... '1''' ........ I' .......... I'' ......... I ........... I ...........

t

F

1/

Observed Rote = 25.7 4-3.0 mm/yr Wrms of fit = 6.8 mm Reduced Chi square = 1.97

NUVEL model rate = ..56.1 mm/yr

1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

'''''1 ........... I ........... I .......... _1 .......... '1 ........... I ........... I ........... I ...........

Observed Rote = -45.8 4- 17.8 mm/yr Wrms of fit = 39.1 mm Reduced Chi square = 1.19NUVEL model rote = -1.1 mm/yr

7.165

Vector baseline plots for NOME -VNDNBERG

EEo

O4

c5,¢

7tO_ 0

O0

t'O

I

c- 0

J

o69O

m

B0seline length = 4389 kilometers Number of sessions = 7

984.5 1985 1985.5 1986 1986.5

I ........... I ........... I ........... I ........... I ' ' '

! I I I I I + I + I I I I .......... ' ] ' ' ' ' ' I , i _ , L I i I i + ....... I , , ,

Observed Rote = -57.0 + 1,3.7 mm/yr Wrms of fit = 22.6 mm Reduced Chi squore = 1.64

NUVEL model rote = -45.,3 mm/yr Weighted meon length = 4388694143.4 mm

o1984.5o

Eo

e_

>m 0

.E O

0O

I

1985 1985.5 1986 t986.5

÷

+

J i i ....... , , l , , , , , , , , + , i I i i i i k l l i i n . I ........... l . , ,



01984.5o

.-.ooEO4E

v

+do¢)

>

¢-

00

1

1985 1985.5 1986 1986.5

[ 1 .......... I ........... 1 ........... t ...... ' t ' ' ' I t t '

+- +14

Observed Rote = -3.3.1 + 13.1 mm/yr Wrms of fit = 21.2 mm Reduced Chi squore = .22


7.164

Vector b0seline plots for NOTO -ONSALA60

EEo

v

c503

_3

SCO0,404 O

I

c-

_c,J

E IJ

_o01O

m


1989.5 1990 1990.5 1991 1991.5

-' _ ' I ........... I ........... I ........... I ........... I .....

, , , [ _ , , i , , , R , I I I I I I I I I I I ' ' ' I ......... J , Z , , , , , , L A , , I t ......

Observed Rote = -5.4 :t: 4.3 mm/yr Wrms of fit = 7.2 mm Reduced Chi squore = 10.38

NUVEL model rote = .0 mm/yr Weighted meon length = 2280154886.5 turn

o

EEo

>cn 0E

p.-

OE r,4

0

m 0

I

E_E

v

>

_o

1989.5 1990 1990.5 1991 1991.5• '''1 ........... I ''*''_ .... I ......... _'1 ........... I .....

, , , I , i I i 1 i i i i i i I i I f i i i L i i i i [ i i l i i i i i i i i I , ........ , , I , , , , ,


NUVEL model rate = -.3.0 mm/yr

O 1989.5 1990 1990.5 1991 1991.5O ' ' ' I ........... I .... ' ...... I ........... I ........... I .....

OO

T, , , I , , , , , , , , , , , I , , , , , , , .... I ........... I , , , , , , , , , , , I , , , , ,

Observed Rote = -1.6 4-6.7 mm/yr Wrms of fit = 11.2 mm Reduced Chi squore = 2.10


7.165

Vector b0seline plots for NOTO -RICHMOND

O

r.,O

E _E

d

t-3

0,4_t3

I

¢-

rnI


989.5 1990 1990.5 1991 1991.5' ' I ......... _ r [ ........... _ ........... I ........... 1 .....

I I I I I t I I 1 I I I r I [ I I L ........ I , , , , , , , , , , , t , I f , , I I I I I , I I , , I *

Observed Rate = 12.1 + 4.8 mm/yr Wrms of fit = 11.9 mm Reduced Chi square = .72


EE o

(P>

¢-

2

_p

._ 0

m

0 1989.5 1990 1990.5 1991 1991.5O ' ' I ........... I ........... I ........... I ........... I .....

OO

IObserved Rate = -17.8 4-2.5 mm/yr

NUVEL model rate = - 13.4 mm/yr

oo

Ev

_oQ)

>

Cp¢-

I , I ........ * , , 1 I , I I , I l I I , I I I I I I I I I _ I I I I ........... I .....


oo

I

989.5 1990 1990.5 t991 1991.5' ' I ........... 1 ........... I ........... I ........... I .....

, I , , , , , , , , _ i J I i i , J J i , i i L i t L h i ........ t ........... I i i i i i



7.166

Vector boseline plots for NOTO -WESTFORD

0

/--.0

E_E

v

{5ogp-.

r-3{,0

p-.

I

-J I

¢-

(3m

l


1989.5 1990 1990.5 1991 1991.5' ' ' I ...... ' .... I ........... I ........... I ........... I .....

, , , I , , , , , , i i , i , I i , i i i r i r I i i I i i i i i i i i i i i I i i _ i i i i i i i i ] i i i i i



EoE_

v

©>_ 0¢-

.-- 0

Cla

00

I

EgE

v

_o

¢-

0k3

o Im

0 1989.5 1990 1990.5 1991 1991.50 ' ' ' I ........... I ........... I ........... I ........... I .....

T-----

i i i I i , i i i i i .... I , , , , , , , , , , , I , , , , , , I I I i i I _ i _ i i 1 i .... I , , , , ,

Observed Rote = -14.4 4- 2.7 mm/yr Wrms of fit = 7.3 mm Reduced Chi squore = t.66


0 1989.5 1990 1990.5 t991 1991.50 ' ' ' I ........... I ........... I ........... I ........... I .....

0C3

I

i _ i ] ........... I , , , , , I , , , i i I q i i , i i _ i , I , I L L i ; i i i .... I .....

Observed Rote -- 3.3 + 9.8 mm/yr Wrms of fit = 25.9 mm Reciuced Chi squore = 1.99


7.167

Vector baseline plots for NOT0 -WETTZELL

EEo

v

O O

b4O

rO

I

G_oq

.J

=o

_3

O3


1989.5 1990 t990.5 1991 1991.5

-' ' ' I ........... I ........... I ........... I ........... I .....

, , I i i , i L J i i , * , I , , , , , , i , i _ , I , , , i , I i _ I I I I I .......... I , , , , ,



o

EEo

(n 0t-

p-

13

m o

I

Ev

-6_o>

c-

LO

m

1989.5 1990 1990.5 1991 1991.5,' ' ' I ........... I ........... I ........... 1 ........... I .....

, , , I , , , , , , i , L , i I I ......... ' I I , i , , i I I i t i I _ i i , i i i L , , , I .....

Observed Rote = .7 ± 1.2 rnm/yr Wrms of f_t = 4.2 mm Reduced Chi square = 2.12


0 1989.5 1990 1990.5 1991 1991.50 ' ' ' I ........... I ........... I ........... I ........... I .....

0

0

I

, , L t i I I i i i i i i i , I ........ , , , I , r , , , , , i i , r I i , i ........ I .....

Observed Rate = 6.4 4- 4.4 mm/yr Wrms of fit = 15.5 mm Reduced Chi square = 2.0.3


7.168

Vector baseline plots for NRA085 3-RICHMOND

0

Ev

dZ o

I

r-

J I

t-

(3m

I


1989.5 1990 1990.5 1991 1991.5 199:....... t ........ T _ ' I ........... ] ........... I ........... I ........... I '

i+

+

t

, , , , , , , ] , , , , , , , , , , , I .......... , I , , , , , , , , , , , I , , , i , i i i i L , I ..... , , , , , , I ,



EoE_O

>m 0c

.---q 0

m

0

0

I

E8E

v

B

_o

>

¢-

8T

0 1989.5 1990 1990.5 t991 1991.5 19920 ....... I ........... I ........... I ........... I ........... I ........... I '.

++,

i i i .... I ....... , , , , I , , , , , , I , , f I I , i L ...... * , I , , , , , , , , * , L t ......... ' ' [ '

Observed Rate = -8.4 4- .7 mm/yr Wrms of fit = 5.9 mm Reduced Chi square = 3.62


0 1989.5 1990 1990.5 1991 1991.5 19920 ....... I ........... I ........... I ...... ' .... I ........... I ........... I '.

+ +0

04

I Observed Rote = 2.6 4- 3.2 mm/yr Wrms of fit = 25.8 mm Reduced Chi square = 2.13


7.169

Vector baseline plots for NRA085 5-WESTFORD

EE o

v

c5p,,.0 0_3 o4

Lt3

O0 0

I

c-

_J

c- 0

13r_


1989.5 1990 1990.5 1991 1991.5

. ' ' ' I ........... I ........... I ........... I ........... I ........

h i i I , i i , i i i i i , i I , , ......... I , , , , , , , , , , , I J i , i i i i i , , , I ........



0

EEov

_J

0c

2p-

c" 04

"---- I

q}0

m o_t

I

,,--, o_2E

v

(3

>

aj¢-

8"[

1989.5 1990 1990.5 1991 1991.5

• ' ' ' I ........... I ........... I ........... 1 ........... I ........

, , , I , ....... , , , I , , , , J i , L , , , I .... , , , , , , , l , , , , , , , i , * , I ........


NUVEL model rate = -2.,3 mm/yr

0 1989.5 1990 1990.5 1991 1991.5

O ' ' ' 1 ........... I ........... I ........... I ........... I .... ' ' ' '

0

04

IObserved Rote = 5.5 4- 12.2 mm/yr Wrms of fit = 21.2 mm Reduced Chi square = 4.37


7.170

Vector basefine plots for NRAO 140-OVRO 150


o 1980 1981 1982 1983 1984 1985 1986 1987 1988

o L..... _ ........... J ........... _ ........... , ........... ' ........... ' ........... _ ........... _ ........... _ ..........

c5c_ d3

CN

t-3

I

t-

J I

¢-o_

m _I

÷

Observed Rate = 3.2 + 1.4 mm/yr Wrms af fit -- 11.5 mm Reduced Chi square = 5.84


o

/-..

EEo

"-"('4

<D

>

E

(:3("4

_3{3

m o

1980 1981 1982 1983 1984 t985 1986 1987 1988

.' .... I ........... I ........... I ........... f ........... I ........... I ........... I ........... I ........... I .... ''_'''

t + I I

.... I,,,,,,,,,,,I ........... I,,,,,,,,,,,I, .......... I,,,,,,,,,,,J ........... I,,,,,,,,,llirliJ, ...... I ....... ,,

Observed Rate = .1 4-.8 mm/yr Wrms af fit = 6.3 mm Reduced Ch[ square = 2.56


1980 1981 1982 1983 1984 1985 1986 1987 1988

O0 i .... I ........... I ........... I ........... I ........... i ........... I ........... I ........... I ........... I ..........

EE

v _ _

O

G30O('4

I

.... i,,,,,,,,,,,I,4 , ,,,, ,I, ,I ........... I,,,,,,,,,,,l,l,,h ...... I ........... I,,,,,,,,,,,J,,,, ....... I .........



7.171

Vector baseline plots for NRAO 140-WESTFORD

E

_5

CO 0

I

J_

__o.

_J

_- 0

or_


982 1984 1986 1988 1990

: I ........... l ........... I ........... r ........... I ..........

Observed Rate = .5 _t: .5 mm/yr Wrms of fit = 5.3 mm Reduced Chi square = 1.94

NUVEL model rote = .0 mm/yr Weighted mean length = 844148086.7 mrn

0

E

_D

ca 0c-

010

O3 0

,¢

oo

Ev

-6"Co{D

<U

-_o03 d)

0

0

982 1984 1986 1988 1990

+

I , , , , , , _ t * , , I L , h L i 0 n i n i n _ ........... ] ...... , , * , , I , , , , ......

Observed Rate = -1.6 :1:.3 mm/yr Wrms of fit = 2.7 mm Reduced Ch_ square = 1.50

NUVEL model rate = -2..5 mm/yr

982 1984 1986 1988 1990

I ........... I ....... _ ' ' ' I ........... I ........... I ..... ' ....

_2"



7.172

Vector b0seline plots for ONSALA60-OVRO 150

EE

"_'0

o0

T,

r_.

I

r- o-_ o_o4

J

.c_ 0

o Im


1981 1982 1983 1984 1985 1986 1987

..... I ........... I ..... ' ..... J ........... I ........... I ........... I ........... I .... ' ' _ ' _

Observed Rate = 12.2 -st- 2.1 mm/yr Wrms af fit = 29.7 mm Reduced Chi square = 2.98

NUVEL madel rate = 14.5 mm/yr Weighted mean length = 7914131000.9 mm

1981 1982 1983 1984 1985 1986 1987

0

_o , ,-------E

i-- o0

E ('4

03

£13

00

I

Observed Rate = -.7 -I- 1.4 rnm/yr Wrms of fit = t9.8 mm Reduced Chi square = 4.89


/-%

E_:o

v

"6

_d

>

o•--- 0

co I

03

1981 1982 1985 1984 1985 1986 1987

..... I ........... I ........... I ........... I ........... I ........... I ........... I '''''_'''

I , i , , I ...... , , , , , I , , , , , , , , , , , I ........... I , ,,,,, ,,, ,ll, ,, ,,,,I,,,I ........... I .........

Observed Rate = 13.6 + ,.3.5 mm/yr Wrms of fit = 50.3 mm Reduced Chi square = 2.44


7.175

Vector baseline plots for ONSALA60-RtCHMOND

Baseline length =

c_984 1985

E_E

C'N

LC)

0

r-- 0

I

I::_ o0

c"._

I


1986 1987 1988 1989 1990 1991

........... I ........... I ........... I ........... I ' ' ' ' ....... I ........... I ....... ' ' ''1 ........ 1

÷ *

+I t + ++ + t * , :

, , i , i i i .... I ........... I ,,,,,,,,,,,I,, ......... I ........ ,,, I,,, ,, ,, ,,,,I ........... I ........


NUVEL model rote = 1.5.8 mm/yr Weighted mean length = 7307152592.6 mm

c_9840

1985 1986 1987 1988 1989 1990 1991

........... I ........... I ........... I ........... I ' ' ' ' _ ...... I ' ' ' ........ I ........... I .......


00

r_, C,4

EE

v

-_o$

>

._ o°

Orn

0

0_t

I

184 1985 1986 1987 1988 1989 1990 1991

........... I ........... I ........... I ........... I ........... I ........... I ........... I ........

+ ÷


NUVEL model rate -- -5.8 mm/yr

7.174

Vector baseline plots for ONSALA60-WESTFORD


1982 1984 1986 t988 1990

_-_ L,, ........... , ........... , ........... , ........... , .......... 4E JEood_3

r',,. ooo

LO

c

_J

_3.-- ('M

_ I

0 I i r _ ........ I ..... , , , , , i I , , f , , , , L i i i J i i i i r ...... I ..... , , , ,

Observed Rate = 17.2 4-,5 mm/yr Wrms of fit = 13.5 mm Reduced Chi square = 2.94


00

EEo

i1) £'4

>

2o

c

m I

E_E

v

"2

>

O30

m

982 1984 1986 1988 1990

'* I ........... I ' .... _ ' .... I ' ' ' ........ I ........... I .........

Observed Rote = -2.0 4- .2 mm/yr Wrms of fit = 6.2 mm Reduced Chi square = 1.46


1982 1984 1986 1988 1990L"...........'...........'......................'..........tt

tf¢ r t '_+}/tl 1_'- t' t_ '-t _*_, _ "! "±' - --/



7.175

Vector baseline plots for ONSALAdO-WEq-i-ZELL

EEo

v

c5O

2 °

O_

J

c- O

_TO

¢n


1984 1985 1986 1987 1988 1989 1990 1991

Observed Rate = -.6 4-.2 mm/yr


Wrms of fit = 4..7 mm Reduced Chi square = 2.71


Eo

v

0c

.S O

0

m

00

I

(:30

_-.. ¢q

EE

_o

0m

00

I

0 1984 1985 1986 1987 1988 1989 1990 1991O ..... I ........... I ........... I ........... I ......... ''1 ........... I ........... I ........... I'''''''1

,I I T

Observed Rote : -2.3 + .2 mm/yr Wrms of fit = 4.8 mm Reduced Chi square = 2.73


1984- 1985 1986 1987 1988 1989 1990 t 991..... I ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........

_Tr -_ _- _-: :_ _-_I',-4_- " ÷



7.176

Vector baseline plots for OVRO 130-PBLOSSOM


1983.5 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5

...... '''1 ........... I ........... I ........... I ........... 1'''''' ..... I ........... I ........... I ........... I .......

I

0 i-i ......... f ........... I ........... I ........... I ........... t ....... ,,,,I .... , ...... I ........... I ........... I .......m

IObserved Rote = -7.7 4- 1.5 mm/yr Wrms of fit = 4.2 mm Reduced Chi squore = .40


Eo

m 0

b--

.E 0

00

I

E8E

v

>

c"

0 1985.5 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.50 ! ......... I ........ '''1 ........... I ........... I ........... I ........... I ........... I ........... I ........... I ........ .



0 1983.5 198¢ 1984.5 1985 1985.5 1986 1986.5 1987 1987.50 .......... I ........... I ........... I ........... I ........... I ........... I ..... ' ..... I ........... I ........... t ........ .

00

C'q

I

......... I ........... I ........... I ........... I ...... ,,,,,I ........... t,, ......... I,,,,,,,,,,,I,,,,,,,,,,,I, .....

Observed Rote = 8.6 + 10.8 mm/yr Wrms of fit = 35.8 mm Reduced Chi square = .64


7.177

Vector baseline plots for OVRO 150-PINFLATS

00

EE

v

4oe,3

ob,¢

.¢

I

c-

E o

Q)E

m O

Q3 _

I


1984 1984.5 1985 1985.5 1986 1986.5..... I ........... I ........... I ........... t ........... 1 ........... I .........

, , _ _ , I , , k t , , ..... 1 , , _ _ * , _ , , , * I _ , L , L ...... ] I _ I J I , I , i , I I i I I I I I I .... I ' ' I ' ' ' I _" I

Observed Rote = -15.6 :t: 3.4 mm/yr Wrms of fit : 7.0 mm Reduced Chi square : 1.20


0

EEo

"J C'4

>m OE

¢- c'4

_t

m o

I

E_E

v

_o>

¢-

1984 1984.5 1985 1985.5 1986 1986.5-' .... I ........... I ........... I ........... I ........... I ........... I .........

Observed Rate = 8.6 + .3.1 mm/yr Wrms af fit = 6.7 mm Reduced Chi square = 5.16


0 1984 t984.5 1985 1985.5 1986 1986.5O, .... I ........... I ...... ' .... I ........... I ........ '''1 ........... I .........

t00 .... , I , , , , , , , , i , , I ....... , , , , I , , , , , , , , J • , I ...... , , , , , t , , i , , , i .... I .........O4

I Observed Rote = 4.2 + 15,3 mm/yr Wrms of fit = ,34.0 mm Reduced Chi square = .72


7.178

Vector b0seline plots for OVRO 150-PLA-I-FVIL

EEo

v

c5

O04_4

I

¢-

_04

c- I

J

01O

m

Baseline length = 1221 kilometers Number of sessions = £

1984- 1985 1986 1987 1988

....... I ........... I ........... I ........... I ........... I ' ' '

÷

i _ I r i i i I i i i i ....... I ....... , , , , I , , , , I L , , _ i i [ _ i ......... I ....



EoE_

>m Oe-

.E O

0m

00

T

0 198# 1985 1986 1987 1988O ....... I ......... ' ' I ........... I ........... I ........... I ' ' '

OOC_

°--

>

OO04

I

i i i i i , i I L l i J ....... L i L i L r r I i , , i 1 I ........ , , I , , , , , , , , , , , I , i ,

Observed Rote = 9.2 :1:1.9 mm/yr Wrms af fit = 6.6 mm Reduced Chi square = 2.22


1984- 1985 1986 1987 1988....... l ........... I ........... 1 ........... I ........... I ....

+

Observed Rate = -28.3 + 15.7 mm/yr Wrms af fit = 53.5 mm Reduced Chi square = 3.04


7.179

Vector baseline plots for OVRO 150-PRESIDIO

00

EE

v

doO0

LO04

I

t-

i oI

E°_

m

I


1984 1985 1986 1987 1988

.... I ........... I ........... I ........... I ........... 1 ..........

i , i i { i I ........ , I , , , , J , , , i , , I ....... , , , _ I , , , , i i i i _ I I l _ .........

Observed Rote = 16.8 + 2.1 mm/yr Wrms of fit = 8.3 mm Reduced Chi square = .3.91


EoE_o

v

_J>

0c-

.E 0

0

0

EE

v 0

-8{J

L_

> 0

0

m

123 0

0

I

0 1984 1985 1986 1987 19880 .... t ....... ' , , q J ........... I ........... I ........... I ..........

t _4

(:3

-[Observed Rate = 15.2 + 2.1 mm/yr Wrms af fit = 9.5 mm Reduced Chi square = 2.92

NUVEL model rate = --.9 mm/yr

1984 1985 1986 1987 1988

''''1 ........... I' _ ........ I _ .......... i'''; ....... I ......... "



7.180

C2-S

EEo°

c504

O0

#.o

I oj= o

c-

_J

0c 0

0m

Vector baseline plots for OVRO 150-PT REYE$


1984 1985 1986 1987 1988

.... I ........... I ' .......... I ........... I ........... i ..........

s

I

i i i i _ i i I i j j .... , I I , I I I I I I I l J I i I t r L I ..... I i 1 I I I I I I I I I [ I I j J I I I I I I

Observed Rate = 2.3.7 :I: 1.7 mm/yr Wrms of fit = 6.0 mm Reduced Chi square = 1.47

NUVEL model rate = 54.2 mm/yr Weighted mean length = 421766819,4 mm

00

A

EE

_o

>09¢-

2o

c-

63

04

I

o0

EE°o

vC'4

> o

c

rm 04I

1984 1985 1986 1987 1988

.... I ........... I''' ........ E''''' ...... l ...... ' .... I ..........

+

, , , , I , , , , ...... , I , , , , , , , , , , , I , , , , , , , , , , , I , j i , , , , , , , , I r , , L ..... *

Observed Rate = 17.8 +3.1 mm/yr Wrms of fit = 11.9 mm Reduced Chi square = 3.90

NUVEL model rate = .33.2 mm/yr

1984 1985 1986 1987 1988

..... I ........... I ......... ' ' I ' ' ' ' ' ' ' ' ' ' ' I ........... I ...... ' ' ' '

I I I , I , i , j I ...... I , , , I I , I , , I I _ J ...... ' I ' I I I ' I I I I ' I I I I I ........ , ,

Observed Rate = 4.2 4- 10.4 mm/yr Wrms af fit = 57.7 mm Reduced Chi square = 1.02


7.181

Vector baseline plots for OVRO 1.50-QUINCY

(:3..-_ LQ

EE

d_o_3

00 0

II

c-

wooI

c

3o1213

I

Baseline length = 383 k[lameters Number of sessions = 14

1983 t984 1985 1986 1987 1988

' ' f ........... I ........... I ........... I ........... I ........... I ..........

Observed Rate = -1.2 + 1.4 mm/yr Wrms of fit = 9.3 mm Reduced ChT square = 5.48

NUVEL model rote = +0 mm/yr Weighted me0n length = 382696345.2 mm

EE o

v

QJ>(n 0¢-

2F--

.E 0_LO

orn

00

0 1983 1984 1985 1986 1987 19880 ' ' i ........... i ........... i ........... I ........... i ........... I ..........

00,¢

EE o

vo4

> 0

t-

3om o4

I

__ __ _ .

_ _ __+..... -+-...... --+..... +---_ -+:÷

, , I , , , , , _ ..... I i I I I I ...... _ ...... i , , , i _ , J , , _ i I I _ I I 5 1 1 1 i i ...... I ........ i ,


NUVEL model rote -- -.9 mm/yr

1983 1984 1985 1986 1987 1988'''1 ........... [ ........... I '_ ......... I ........... I ........... l .........

+....... +__.____+_....-I T

I i i ...... , , + , , ] + , , , , , , , , , , I ........ , , , I , , , , , , , , , , , I , , , , ....... i ..........

Observed Rote = -10.6 4- 8.4 mm/yr Wrms of fit = 52.7 mm Reduced Chi squore = 2.53


7.182

Vector baseline plots for OVRO 150-VNDNBERG

0d3

EE

v

o0O0

03

t,,O

I

£

o_

rnI


1984 t985 1986 1987 1988.... I ........... I ........... I ........... j ........... ] .........

Observed Rote = -8.8 + .9 mm/yr Wrms of fit = 8.7 mm Reduced Chi squ0re = 2.52

NUVEL model rote = -14.8 mm/yr Weighted mean length = .563980311.2 mm

oo

EE

_>c-

c-

oc_

I

0(:3u3

EE

v

-6.u 0

>

m 0

0

kO

I

1984 1985 1986 1987 1988; ' ' ' I ........... I ...... ' ' ' ' ' I ........... I ........... I ...... ' ....

I

, , , , I L , , , , i I , i , , I ........... I , , , , , , , , , , L I , , K , , i L L , , , I ..........

Observed Rote = .35.5 + .8 mm/yr Wrms of fit = 8.1 mm Reduced Chi square = 5..36


1984 1985 1986 1987 1988' T ' r ' } I ' I ........ I ........... I ....... ' ' ' ' { ........... I ..........

l ' ' ' I ' ' ' ' ' ' ' ' ' ' ' I ' ' ' ' ' ' ' ' ' ' ' I I I I ' ' I L I I I I I I .......... I ..........

Observed Rate = -7.6 ± 5.3 mrn/yr Wrms of fit = 53.2 mm Reduced Chi square = 2.21


7.185

Vector baseline plots for OVRO 150-WESTFORD

0

..--. 0

Ev

c5

03

O0£,q03tO O

I

c"

E

moom

I


1982 1983 1984 1985 1986 1987 1988

t

+ t + + , +, + _

,,riJ.l ........ ,,,l,,,i,klril,l .......... ,l,,,,,,,j,,*l,,,,,,,,,,,l,lIIiklli''l ..........

Observed Rote = 3.3 4-.8 mm/yr Wrms of fit = 11.0 mm Reduced Chi square = 2.65


Eo

v

p-

_0

.{::: 0

m

00

I

00('4

EE

vC30

>

_o

°

I

0 1982 1983 1984 1985 1986 1987 19880 ...... I ........... I ........... I ........... I ........... T'' ......... I ........... I ..........

+ + *

,,,,,Ll,,,,i,,i.,,l ........... I,,,,,,, .... l ......... ,,l,,,,,,,,,,i[i .......... I ..........

Observed Rote = .5 4- .6 mm/yr Wrms of fit = 7.9 mm Reduced Chi square = 2.73


1982 1983 1984 1985 1986 1987 1988....... I ........... I ........... I ........... T ........... I ........... I ........... I .......... 4

1



7.184

Vector baseline plots for OVRO 130-WE-Iq-ZELL

0.,-.. 0

E _E

v

d0 _9_300400

I

.c

J I(Dc-

mI


1985.5 1986 1986.5 1987 1987.5

......... I ........... 1 .......... _ I ........... I ........... 1 ........

ff

........ I , , , , , , , * , , • I ........... I .... , , , , , , , I , .......... I ........

Observed Rote = 17.2 + 12.,3 mm/yr Wrms of fit = 26.8 mm Reduced Chi square = 5.95

NUVEL model rate = 14.4 mm/yr Weighted mean length -- 8500205014.9 mm

AEoE_

>m 0E

I---

.c_ 0

on

oo

T

Ev

"2o

>

'_o

0 1985.5 1986 1986.5 1987 1987.5C) ' ' ' ' ..... I ........... I ...... ' .... J ....... I ' ' ' I ..... ' ' ' ' ' ' I ' ' ' ' ' ' * '

+ ...... +___ t

, . , , , * , h [ i i i i ....... I , . . , , , , , , , , I . I , . , , L , . , . I ........ , . , I . * , .....

Observed Rate = -16.7 -I-8.6 mm/yr Wrms of fit = 17.3 mm Reduced Chi square = 11.52


0 1985.5 1986 1986.5 1987 1987.50 ......... I ........... I ........... I ........... I ........... I ..... _ ' '

00

T........ I , , , , , , , , , . . I a i . I K J J i i t I I ........... i , , , , , , , , , , , I . . , .....

Observed Rate = -18.8 ± 7.9 mm/yr Wrm$ of fit = 16.9 mm Reduced Chi square = .82NUVEL model rate = -10.7 mm/yr

7.185

Vector baseline plots for OVRO 150-YUMA

E°

c5CO

CO

O_r_30

I

.._1

O

123


1984 t 984.5 1985 1985.5 1986 1986.5 1987 1987.5

-' .... I ........... I ........... I ........... I ........... [ ........... I ........... I ........... I ......

Iltllll II ....... I, ,, , ,, , ,, ,, I,, , i, , ..... I ...... ,,, ,,I ....... ,,lllllllLiLll ,,I,,,', ,''*''1 ........

Observed Rate = 5.5 + 2.4 mm/yr Wrms of fit = 4.6 mm Reduced Chi square = .92


0

EEo

oi

>

c

I---

E C'4

"-=- Imo

m o

I

"-'8E_E

v

>

e-

o o4

m I

1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5-' .... I ........... I ........... I ........... I ........... I ........... I .......... 'l ........... 1'''' ....

Observed Rate : 4.7 4- 1.6 mm/yr Wrms af fit : 3.5 mm Reduced Chi square : .70

NUVEL model rate -- -1.6 mm/yr

0 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.50 ..... I ........... I ........... [ ........... I''' ........ I ........... I ........... I ...... ' .... I ........

0

0 , t _ , I i , II , i i i i i i i ........... I ........ _ L,I, , , _ ,, _t,l , .......... I ........... I ........... I ........

I Observed Rote = -54.0 + 24.0 mm/yr Wrms of fit = 4-6.4 mm Reduced Chi square = 1.80


7.186

Vector baseline plots for PBLOSSOM-VNDNBERG

00

EE

v

CN

PO

r_

]

0¢-

(n 0O (:D

rn

I


1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1988

.......... I ........... I ........... I ........... I ........... I ..... ' ..... I ...... ' .... I ........... I ........... I'''

t/

i

tt

t/

II

II

II

II

i

Observed Rote = 16.6 :I: 1.7 mm/yr Wrms of fit = 6.1 mm Reduced Chi square = 1.86


A

EoE_

m 0

._c o

0

CI?

00

i

0

0..--., f',l

EE

v

0

0

rn

0(:3

l

O 1984 1984.5 1985 1985.5 1986 1986.5 1987 1987.5 1g88O .......... I ........... I ........... I ........... I ....... ''''1' .......... I ........... I ' _,_ ....... I ........... I ....

/

//

It

1

t/

II

ff

If

/

IIIIILll'l ....... ,,,,I,,,,,,,,,,,l,, ......... I ......... *,I,, ........ ,I,,,,,,,,,,,i,,, ........ I ........... I*, ,



1984 1984.5 1985 1985.5 1986 1986.5 t 987 1987.5 1988

_ ff t + : t +-+

Observed Rote = -._.5 + 11.4 mm/yr Wrms of fit = 43.2 mm Reduced Chi squore = 1.19


7.187

Vector b0seline plots for PIETOWN -WESTFORD

EEo

v

d0

Got_04u3

04tO 0

I

t-

c- I

d

O

m


1989 1989.5 t990 1990.5 1991 1991.5 1992

......... I ........... I ........... t ........... 1 ........... I ........... I ...........



o

,¢

EEo

"-"04

_o2

C'4

¢q{O

rn 0

t

t oE

v

>

oj

cq U3

m

1989 1989.5 1990 1990.5 1991 1991.5 1992......... I ........... I ........... I ........... I ........... I ........... I ...........

Observed Rote = -6.7 ± .9 mm/yr Wrms of f[t= 3.4 mm Reduced Chi square = 2.98


0 1989 1989.5 1990 1990.5 1991 1991.5 19920 ......... I ........... I ........... I ........... I ........... I ........... I ...........

00

i

tt

i i ...... l .... , , , , , , , ] , , , I i i L i i i i I ........... I , , , , , , , , , , , L , , ......... i ...........

Observed Rote = --14.5 ± 3.0 mm/yr Wrms of fit = 11.4 mm Reduced Chi square = 4.2.3


7.188

Vector baseline plots for PINFLATS-VNDNBERO


o 1984 1985 1986 1987 1988 1989 1990

.--.. _ I.' ' I ........... I ........... I ........... I ........... I ........... I ........... I '

E Lp...

O3

I

c-

t-" 0

¢-

(noo o

m

I

, I ........... I,,, ........ I ....... ,,,,I,,,,,,,,,,,I,,,,,,,,..,I ........... i.



0 1984 1985 1986 1987 1988 1989 19900 L' ' I ........... t ........... I ........... I ..... ' ..... I ...... ' ' ' ' ' I ........... I ' '

EEo _------4

io , ÷c

.-_ 0 ,l

m

o -

0 , , I ........... I ........... I ........... I ........ _ _ , I * [ ......... I ........... I ,

I Observed Rote = 15.7 + 1.0 mm/yr Wrms of fit = 6,5 mm Reduced Chi square = 1.46

NUVEL model rate = 3,5 mm/yr

00

E

-6

>o

¢1

on _,1

I

984 1985 1986 1987 1988 1989 1990

"''1 ........... I ........ '''1' .......... I ..... '' .... I ........... I ........... t''

Observed Rate = -7,6 ± 11.0 mm/yr Wrms of fit = 66.7 mm Reduced Chi square = 3.26


7.189

Vector b0seline plots for PINFLATS-YUMA

O

O

EE

oo oO

C'4

c,4 (:3

I

t-

I

c-

cn O00

m

I


1984 1984.5 1985 1985.5 1986 1986.5 1987

i

1

If

i

iI

tI

/

+

Observed Rote = 25,0 ± 7.2 mm/yr Wrms of fit = 9.1 mm Reduced Chi square = 4.69


EoE_

E

.E_ 0

on

00

0

0

EE

vO0

>

_ 0 -C

0

m 0 "

0 "

0 1984 1984.5 1985 1985.5 1986 1986.5 1987OT .... I ........... I ........... I ........... I ..... _ ..... I ........... _ ........... f-

+



1984 1984.5 1985 1985.5 1986 1986.5 1987

..... I ........... I ........... I _ .......... I ........... I ........... I ' ' _ _ .......

"l L i _ _ I i i ........ , I , , , , , , L i L R , I ..... , , , , , , I , , , i , i I t t i i I ........... I .......... ,

Observed Rote = -26.4 4- 35.1 mrn/yr Wrms of fit = 49.2 mm Reduced Chi squore = 1.18


7.190

Vector baseline plots for PLA-r-FVIL-WESTFORD

O/-,.O

Ev

d

(D

00¢NLr3r_cN O

I

JE

-J I

_Jc-

Orn

I


1984 1985 1986 1987 1988 1989 1990

' _ _ .... i ........... I ' ' _ ........ I ........... I ........... I ........... I ........... I .........

++ --4+ +

i I i i , , i ........... I ........... I ........... I .......... , ] , , , , , , , , , , , I ........... I ........ r i

Observed Rote = 3.3 + 2.2 mm/yr Wrms of fit = 11.0 mm Reduced Ch[ squore = 2.63

NUVEL model rote = .0 mm/yr Weighted meon length = 2752862690,8 mm

EoF_

v

eD

2

.c 0

0

00

I

00Cxl

EvEo

0

'6_

>

0

0

m 0

0

0 1984 1985 1986 1987 1988 1989 19900 ...... I ........... I ........... _ ........... I ........... I ........... I ........... I ..........

Observed Rote = -4.7 + 1.1 mm/yr Wrms of fit = 5.6 mm Reduced Chi squore = 1.55NUVEL model rote = -7.4 mm/yr

1984 1985 1986 1987 1988 1989 1990

Observed Rote = -11.2 + 7.9 mm/yr Wrms of fit = 39..5 mm Reduced Chi squore = 2.10


7.191

Vector baseline plots for PRESIDIO-VNDNBERG

Baseline length = .397 kilometers Number of sessions = 20

0 1984 198,5 1986 1987 1988 1989 19900 r .... I ........... I ........... I ........... I ........... I ........... I ........... I '

EE

v

G0

O0U3(4003

t_ 0

I

t-

gg

c"

m 0

rn _

I

÷



Offset =-4.6 + 6.1 mm

o

E

Eov

>O

c-

2F--

c- CN

03

rn O

I

1984 1985 1986 1987 1988 1989 1990

/

t-/

.... l , , , , , , , .... I .... , l , , , , I I i I I , i ....... , , , I + ' ' I I I ' ' ' ' I ...... I I I


NUVEL model rate = 10.6 mm/yr Offset = 1.3 _+ 5.3 mm

00

EEg

vCM

£3

>o

c-

_J

co ¢,4I

1984 1985 1986 1987 1988 1989 1990.... I ........... I ........... I ........... I ........... I ........... I'' ......... I"

÷


NUVEL model rote = -1.2 mm/yr Offset = -82.8 + :.32.1 mm

7.192

Vector baseline plots for PT REYES-VNDNBERG

(:30

EE

v

r'O

c,q

O

I

LE

E O

c

m 0_ 0

m _

I


1984 1985 1986 1987 t988 1989 1990

''''1''' ........ I ........... I ...... ' .... I ...... '''''1 .... '' '' '''E ........... I' t

1

t - * + ,/



00

7o

>o

._ o

G]

00

i

O(:3

EvC'4

-6

> 0

-8

m ('4I

t 984 1985 1986 1987 1988 1989 1990

.... I ........... I .......... ' I ........... I ........... I ........... I ........... I '1

l

, , , , I , ,, I i i i I i _ i I ........... I ........... I , i , 1 i , , , I , 1 l I i i , ....... i ....... , , , , I

Observed Rote = 5.4 + .8 mm/yr Wrms of fit = 4.7 mm Reduced Chi square = 1.12NUVEL model rote = 4.0 mm/yr

1984 1985 1986 1987 1988 1989 1990

'''l ........... I ...... ' .... I ...... ' .... J ....... ''''i ........... I ........ '''1_

]



7.195

Vector baseline pl0ts for PVERDES -VNDNBERG

0(:3

EE

v

_5Do

0

O4

O4 0

I

t-

i

t-

Som

I

Boseline length = 22.3 kilometers Number of sessions = 9

1984 1985 1986 1987 1988 1989 1990I ........... l ........... I ........... I ........... I ....... ' ' ' ' I ........... I '

......... _..............

, I ........ , , , I , , , , , , , L , , L I , , , , , , , , , , , I , , , , , , , , , , , I ........... t ........... I ,

Observed Rote = 3.9 + 1.3 mm/yr Wrms of fit = 5.7 mm Reduced Chi squ0re = 1.62

NUVEL model rote = .0 mm/yr Weighted meon length = 22.3065182.8 mm

oo

EoE_o

d)

¢)>

¢-

2

._.E0

0m

0

0

T

OO

._-. C'4

EE

e_

m

00

1

984 1985 1986 1987 1988 1989 1990

' ' I ........... I ..... _ ..... I ........... I ........... I ........... I ........ _ ' ' I '

Observed Rote = 7.5 4- 2.0 mm/yr Wrms of fit = 8.5 mm Reduced Chi squore = 2.72NUVEL model rote = 2.0 mm/yr

984 1985 1986 1987 1988 1989 1990"' ' I ........... I ........... I ........... I ........... 1 ........... I ........... I ' '

Observed Rote = -14.7 4- 11.2 mm/yr Wrms of fit = 41.0 mm Reduced Chi squore = 1.27


7.194

Vector boseTTne plots for QUINCY -VNDNBERG

EEoo

vO,!

Oqp_

_D

I

c- o

E

.J

c 0

123


1985 1986 1987 1988 1989

......... I ........... I ........... I ........... I ........... I ..........

Observed Rote = -29.9 -I- 1.8 mm/yr Wrms of fit = 8.0 mm Reduced Chi squore = 2.51


o

EE o

O3

c Io

c- 0

nn

0cO

I

0004

f_

EE

vo

-60

> o

:= I

_D

m 00

I

1985 1986 1987 1988 1989

+

, , i , i , , i I , i i i _ i i i i i r I i i i i i i i i , i L [ , i i i , i i i i i , I ........... I ..........



1985 1986 1987 1988 1989

......... 1 ........... I ........... t ........... I ........... I'''''' ....

+ t I , 4 t

Observed Rote = 9.7 -I- 9.6 mm/yr Wrms of fit = 34.7 mm Reduced Chi square = 1.51


7.195

Vector baseline plots for RICHMOND-WESTFORD

Baseline length =

o 1984 1985

E_E

SsS

I

¢-

--J

¢-

m 0

m I


1986 1987 1988 1989 1990 1991 1992

, ,+i

Observed Rote = -.2 4- .1 mm/yr Wrms of fit = 6.8 mm Reduced Chi squore = 1.75


o 19840£N

_o2

_" 0_T. 0

rn

o0

I

1985 1986 1987 1988 1989 1990 1991 1992

........... I ........... I ........... I ........... I ........... I ........... I ........... I ...........

Observed Rote = -6.1 4-.1 mm/yr Wrms of fit = 5.5 mm Reduced Chi squore = 2.51


1984 1985 1986 1987 1988 1989 1990 1991 1992

........... I ........... I ........... I ........... I ........... I ...... _ .... I ........... I ...........

00

EE

vO0

-6c_

>

0c-

03{:}

rm 0

0o4



7.196

Vector baseline plots for RICHMOND-WE-i-1-ZELL

7588 kilometers Number of sessions = 504-

1986 1987 1988 1989 1990 1991 1992

........... I ........... I ........... I ........... I ........... I ........... I ........... I ...........



C_9840¢'4

oE-

v

(9>{n 0c

2

_Jc- 0

m

00

04

I

1985 1986 1987 1988 1989 1990 1991 1992........... I ........... I ........... I ' ' '_ ....... I ........... I ........... I _ .......... I .... _'' ....

_,_1[_,_. _,_'_. I1.......

+

Observed Rate = -9.7 :1:.2 mm/yr Wrms of fit = 7.3 mm Reduced Chi square = 1.17


00

yogi

B

> 0

c-o_

[I3 C'Xl

_84 1985 1986 1987 1988 1989 1990 1991 1992

' ' ......... I ........... I ........... I ...... _ .... I ........... I ........... I ........... I ...........

I .......... I ........... I , , , , , , , , , , ,I , , , , .... , , ,I .... , , , ,, , , I , .......... I ........... I ...........

Observed Rate = 7.7 + .6 mm/yr Wrms of fit = 26.1 mm Reduced Chi square = 1..56


7.197

Vector baseline plots for $ANPAULA-VNDNBERC

EEo

_C'4

c5

o

I

c-

J

c o

glrn


1984 1985 1986 1987 1988 1989 1990

.... I ........... I ........... 1 ........... I ........... I ........... I ........ ' ' ' I '

Observed Rote = 2.2 + 1.0 rnm/yr Wrrns of fit = 4.5 rnm Reduced Chi square = .97

NUVEL model rate = .0 rnrn/yr Weighted mean length = 149776488.8 rnm

00

EE

e3c-

zoo

¢-°_

(/1

04

i

o0c'4

v

-6_J

¢-

3oI

1984 1985 1986 1987 1988 1989 1990

.... I ........... [ ........ _ ' ' I ........... I ........... I ........... I ...... ' .... 1 '.

I

Observed Rote = 9.2 ± 1.7 rnnrn/yr Wrrns of fit = 8.0 rnm Reduced Chi square = 1.95

NUVEL model rote = 1°3 mrn/yr

1984 1985 1986 1987 1988 1989 1990

..... I ........... I ........... I ........... I ......... ''1 ........ '''1 ........... ]""

, , , , t , , , , , i i L , ii I ........ , , , I , ,, , , , , .... I ........... ] , , , , , , , , , I i I ........... I ,

Observed Rote = 9.1 4- 10.5 rnrn/yr Wrms of fit = 44.7 rnrn Reduced Chi square = 1.15

NUVEL model rote = 1.1 rnrn/yr

7.198

Vector baseline plots for SOURDOGH-VNDNBERG

EEgv

O4

dsr_

o or_

_3

r_3

I

c- o

E_E

J

o30m


1985 1985.5 1986 1986.5

.......... I ........... I ........... I T .......... I ' ' '


Weighted meon length = 3527017009.3 mm

, , , , , , _ i J i L ] i , L i I I i i I i , I , , , , , , J L I I 1 I I I I I I J I I I I I ] I I I I



EoE_

>

E

I-.-

.E 0

0m

00

I

oo

EE

vO0

>

e"o_

o30

m 0

0

I

1985 1985.5 1986 1986.500 ' .......... I ........... I ........... I ........... I ' ' '

z

It _ _ -++- ............. -%

, , i , , i i i , i I i i i i i i i i i i i

Observed Rote = 6.6 + 4.7 mm/yr


I i i i i i i i t i i i I i i i i i i I i i i i ] i i i i

Wrms of fit = 6.7 mill Reduced Chi squore = 1.75

1985 1985.5 1986 1986.5

........... I .......... ' I ........... I ........ ' ' ' I .... '-I

1

-13

1-]

]1

-1

.i

1.,-i

1

, , , , , , , , , i I i _ i i i i i i i i i I i i i i i i i i i i i I i i ....... , , I , , , , ,_

Observed Rote = 27.6 -I- 29.0 mm/yr Wrms of fit = 48.7 mm Reduced Chi squore = 1,46


7.199

Vector baseline plots for VNDNBERO-YUMA

EEo°

c5OO

O04

I O

r- O

E

J

OE O

0

m


1984 1985 1986 1987 1988' ' 1 ........... I ........... I ' ' _ ........ I ........... I ..........



o0

Eo

>m 0¢-

¢1

.--- 0

0m

0

0

I

00

EoEo

vC'4

-5._

> 0

0JC

_ r-4t

984 1985 1986 1987 1988' ' I ........... l ........... I ........... I ........... I .........

!

I I t_"

fJ

, , I , L 1 , I i i .... I .... , , , , L , , I ........... I , , , , , I l k , L A | ....... , ,



1984 1985 1986 1987 1988' ' _ ........... I ........... I ...... ' ' ' ' ' I .... ' ...... I ' .........

+

I + I +11, , I , , i i I i i i L i i I i i ...... , I , , , , , i , i , I i i A L , ..... t .... , , , , , ,



7.200

Vector baseline plots for WESTFORD-WETTZELL

E

0

O4

O0

C_O_

,ooc" _

..J

_ t'_

m

Baseline length = 5998 kil0meters Number of sessions = 659

1984 1985 1986 1987 1988 lg89 1990 1991 1992

'1 ....... ''' 'I ......... ' '1' .......... I' ' ' ........ I ......... _1'' ' ' ....... I ..... _ ' .... I ''_ ........

Observed Rote = 17.2 + .2 mm/yr Wrms of fit = 11.0 mm Reduced Chi squ0re = 2.25


E-v

>

2

_uc- 0

m

0 1984 1985 1986 1987 1988 1989 1990 1991 19920 ''1 ''_' ....... I ........... I ........... I ........... I ........... I ........... I ........... I'''' .......

00C'4

/--,0

toE

v

-6(2

_o¢)>

a)t-

°_

87

,I,,,,,,,,,,,I,,,,,,,,,,,I,,,,, ,,,,,,I ....... ,I ,,I ........... f ..... ,, ,,,,I, .......... I ...........

Observed Rote = -6.,5 + .1 mm/yr Wrms of fit = 5.5 mm Reduced Chi square = 1.1 1


o 1984o

00

I

1985 1986 1987 1988 1989 1990 t991 1992

, I ........... I ........... I , , , , , ...... I , , , , .... , , ,I .... ,, ,, , ,, I ........... I ........... I ...........

Observed Rote = 5.4 4-.5 mm/yr Wrms of fit = 24.2 mm Reduced Chi squore = 1.71


7.201

= ddl

84 8 25184 8 29185 6 25185 8 29185 9 51

Table 7.202

Baseline sul_ary for ALEOPARK--IL_S 085

Baseline Lensth Baseline Transverse

I Value Residual Sigma Value Residual Sisma

I mm mm mm _ mm mm

2787141066.7 -.2 7.4 27.1 -6.7 5.1

2787141072.7 5.8 6.4 38.7 5.0 3.2

2787141073.8 6.9 5.9 29.2 -4.6 3.0

2787141033.9 -33.0 16.0 37.9 4.2 18.0

2787141053.3 -13.6 8.1 40.7 6.9 5.0

Baseline Vertical

Value Residual Slgma

mm mm mm

--67.2 --58.5 29.9

--3.1 7.5 25.3

--41.2 --30.6 24.2

126.5 137.1 63.4

61.9 72.5 32.3

Basel/no

Y7 mm ddl Baseline Length

I Value Residual Si&ma

I ,5_ mm mm

90 6 271 7192645459.6 -8.7 14.9

90 7 61 7192645465.9 -2.4 17.4

90 7 18I 7192645503.1 34.8 20.9

90 8 11 7192665487.5 19.2 12.3

91 6 121 7192645456.9 -11.5 15.7

91 7 171 7192645463.0 -5.3 15.3

91 8 7] 7192645434.8 -33,5 19.4

TablJ 7.203

stlmaz]r for AIJ_PARK-KADAI

Baseline Transverse

Value Residual Sigma

mm ._ me.

219.1 -36.9 6.4

223.2 -32.9 8.5

221.0 -35.1 8.1

234.2 -21.8 6.6

274.1 18.1 6.4

294.6 38.5 6.3

294.1 38.0 6.3

Baseline Vertical


mm mm mm

128.3 --94.3 23.0

242.8 20.1 27.4

209.2 --13.4 32.5

232.4 9.7 21.6

247.0 24.4 24.0

242.7 20.0 24.3

274.7 52.0 27.9

mmddlI1

90 8 30190 7 11

90 7 31

Table 7.204

BaseLine su_mry for ALGOPARK-4D_IAK

Baseline Length Baseline Transverse

Value Residual SIsma Value Residual Sigma

mm .v. mm mm .am mm

4887785376.9 -6.9 15.2 50.9 -5.9 6.0

4887785381.8 -2.1 14.3 56.9 .1 5.6

4887785395.1 11.3 16.7 62.8 8.0 6.2

Baseline Vertical


mm .fa mm

101.3 4.0 34.4

92.7 -4.6 32.8

98.6 1.3 38.5

yymm ddl

91 6 121

91 7 171

91 8 71

Table 7.205

Baseline summary for ALGOPARK-HETERA

Baseline LenKth Baseline Transverse

I Value Residual Sigma Value Residual Sigma

I mm mm .v. mm mm mm

6854842903.6 6.8 15.4 51.3 10.5 6.5

6854842898.5 1.7 13.3 39.3 -1.5 5.7

6854842884.0 -12.8 18.2 33.4 -7.4 6.0

Baseline Vertical

Value Residual Siva

mm mm mm

-101.3 -18.7 23.2

-80.6 2.0 20.5

-58.1 24.5 28.5

Baseline

yy mm ddl Baseline Length

I Value Residual Sigma

I rm. w,m

90 6 271 848030629.4 -.5 4.4

90 7 61 848030634.9 5.0 6.8

90 7 181 848030636.5 6.5 6.890 8 1] 848030623.4 -6.5 4.7

91 6 121 848030632.3 2.4 5.0

91 7 171 848030632.8 2.8 4.2

91 8 7] 848030625.1 -4.8 5.0

Table 7.206

sumazy for ALGOPA1R][-H]_D85 3

Baseline Transverse


m_ In mm

.8 1.5 4.8

-10.5 -9.9 6.5

7.6 8.2 5.4

-1.4 -.8 4.4

-4.7 -4.0 4.0

3.5 4.2 3.2

-4.5 -3.9 4.1

Baseline Vertical


mm mm m_

-73.5 -30.9 20.6

-20.6 22.0 25.8

-48.7 -6.1 33.5

-2.2 40.3 20.0

-27.7 14.9 23.4

-65.2 -22.7 19.0

-58.9 -16.3 28.1

7202

Y7 mm ddl

II

90 7 2]

90 7 71

90 7 17 I

90 7 zal90 7 22J

90 7 27190 7 311

91 6 11191 6 181

91 6 251

91 7 9J

91 7 161

91 7 22191 7 3el91 8 4J

Bas ol.:i.ne

Baseline Length


mm mr. mm

2254545234.5 -4.2 4.8

2254545239.8 .9 4.2

2254545238.3 -2.4 6.3

2254545251.9 13.2 9.7

2254545243.0 4.3 5.0

2254545259.6 20.9 5.7

2254545248.2 9.5 12.1

2254545239.8 1.1 5.0

2254545232.5 -6.2 4.6

2254545243.1 4.4 4.8

2254545238.7 .0 5.4

2254545238.6 -.1 4.7

2254545249.3 10.6 5.3

2254545237.7 -1.0 5.0

2254545224.5 -14.2 3.6

Table 7.207

su_mry for AIJ_PARK-RICHM_qD

Baseline Transverse

Value Residual Sisma

mm we. mm

-4.2 8.6 3.1

-6.3 6.5 2.7

-7.7 5.1 4.5

1.4 14.2 5.8

-15.4 -2.6 3.4

-10.8 2.0 3.8

1.3 1k.1 12.4

-3.3 9.5 3.2

-15.2 -2.4 3.0

-8.1 4.7 3.1

-23.1 -10.3 3.6

-33.0 -20.2 3.0

-8.4 4.4 3.3

-25.4 -12.6 3.1

-9.8 3.0 2.8

Baseline Vertical


mm mm mm

-2.2 -3.3 16.7

3.6 2.5 14.7

23.8 22.7 21.2

14.8 13.8 36. i

-9.6 -10.7 18.0

-63.6 -64.7 19.4

17.9 16.9 37.8

5.4 4.3 19.5

-5.0 -6.0 16.9

-7.1 -8.1 16.9

-4.4 -5.5 19.4

-54.5 -55.5 16.8

1.0 -.1 17.7

14.6 13.5 17.8

51.3 50.3 12.2

Y7 == ddl

90 7 10 I

90 7 11190 7 13J

Table 7.208

Baseline su_uL-TforALGOPARK-SHDPOINT


J Value Residual Sigma Value Residual Sigma

l mm mm mm me. _ mm

5395379477.1 -6.7 20.0 61.5 5.6 7.6

5395379483.2 -.5 16.6 51.4 -4.5 6.7

5395379489.9 6.2 18.2 56.0 .1 7.5

Baseline Vertical


.I. mm

185.6 27.0 41.7

137.5 -21.1 34.6

161.7 3.0 37.7

yyum ddl

90 8 2J

go 8 3190 8 *1

Table 7.209

Baseline sunmaax7 for ALGOPARK-VICTORIA


I Value Residual SiKma Value Residual Sigma

I n_. mm _ mm mm mm

3362802081.3 --2.8 12.5 4.1 --5.9 5.7

3362802083.9 --.2 14.1 13.2 3.2 6.5

3362802088.3 4.2 15.0 14.3 4.4 6.4

Baseline Vertical


mm me mm

125.3 37.6 42.6

61.1 --26.6 48.9

63.4 --24.3 50.3

Banel/ne

Y7 mm ddJ Baseline Length

J Value Residual Sigma

I ._n mm mm

90 7 21 6154929649.9 --17.9 7.7

90 7 71 6154929653.8 -14.0 6.6

90 7 171 6154929673.9 6.1 10.3

90 7 221 6154929654.8 -13.0 11.0

90 7 27J 6154929669.8 2.0 8.3

91 6 111 6154929673.8 5.9 9.7

91 6 181 6154929679.0 11.1 8.5

91 6 251 6154929667.4 -.4 7.8

91 7 91 6154929660.3 -7.5 9.5

91 7 161 6154929663.2 -4.6 7.8

91 7 221 6154929678.4 10.6 8.3

91 7 3ol 6154929697.9 30.1 8.2

Table 7.210

summary for ALGOPARK-NETTZELL

Baseline Transverse


mm mm mm

54.3 .7 5.0

58.0 4.4 4.5

55.8 2.2 6.5

62.7 9.1 6.4

63.0 9.4 5.4

51.8 -1.8 5.4

38.1 -15.5 5.7

51.3 -2.3 5.3

60.3 6.7 5.7

57.2 3.6 5.0

40.3 -13.3 5.5

50.2 -3.4 5.2

Baseline Vertical


me mm mm

--93.1 --8.1 17.0

-57.6 27.4 15.1

-76.2 8.8 22.3

-97.6 -12.6 23.4

-107.7 -22.7 18.0

-107.9 -22.9 18.7

-98.3 -13.3 17.2

-103.4 -18.4 16.4

-48.8 36.2 19.3

-97.9 -12.9 15.8

-73.9 11.1 18.1

-60.7 24.3 17.1

yy mm ddl

II

84 8 25l

85 9 51

Table 7.211

Baseline summary for ALGOPARK-_

Baseline Lensth I Baseline Transverse [

Value Residual Silg tm I Value Residual Sigma l

= = = I = == == I2912296008.3 -19.4 11.5 J 16.0 -3.8 5.8 1

2912296040.6 12.8 9.3 J 22.3 2.5 4.7 I

Baseline Vertical J

Value Residual Sigma J

mm DDZQ mm J

144.3 1.6 44.2 I

141.6 -1.1 36.3 I

7.203

Table 7.212

BaseLine m_az7 for ALGOPARK-_q.LM7296

>7 m dd I Baseline Leith I Baseline Transverse I Baseline Vortical I

I Value Residual Sisma I VaLe Residual Siva I Value Residual Si_a I

I = = =i = = =i = = =I91 7 11 2912688592,0 -4.2 4.7 I -918.3 -11.2 3.2 I 815.4 -.8 15.8 I91 8 41 2912888599.4 3.2 4.2 I -894.4 10.7 3.1 I 816.4 .4 12.9 I

Tabla 7.213

Basal.the 8,_nax,7 for AgSTIH'_-ERAS 085

TY mm ddl Baseline Length J Baseline Transverse I Baseline Vortical i

[ Value Residual Sisma J Value Residual 8iSma I Value Residual Sigma J

87 7 12l 600902670.9 .0 2.9 J 5.8 .0 3.9 J 38.3 .0 23.4 I

Table 7.214

Baseline summary for ADSTIlrXx--RIC2_4_ID

>7 nxn ddJ Baseline Lensth J Baseline Transverse J Baseline Vertical

I Value Residual Sigma J VaLue Residual Sigma J Value Residual Sisma

I = = m i = = = i = = =87 7 12J 1773844464.8 .0 5.9 J 8.8 .0 4.4 J -48.1 .0 32.5

Tabl_ 7.215

Basel/he sugary for AIJSTIHTX_

>7 mm ddJ Baseline Length J Baseline Transverse J Baseline Vortical

J Value Residual Sigma J Value Residual Sigma J Value Residual Sisma

87 7 12J 2677897008.1 .0 6.6 I 14.8 .0 5.2 J -51.1 .0 24.6

Table 7.216

BaselSLno sugary for B_DKqUDA -ttqRPOIHT

>7 mm ddl Baseline Length Baseline Transverse

J Value Residual Sisma Value Residual Sisma

J mm _ mm mm mm men

87 8 5J 1318010990.1 8.0 12.9 62.1 75.6 19.7

87 8 6J 1318010952.5 -29.5 8.3 -1.5 12.1 10.9

87 8 9[ 1318010993.2 11.1 5.4 -28.0 -14.4 7.0

Baseline Vertical


n_n fiE0 mm

76.6 42.4 60.9

159.0 124.8 40.8

-21.0 -55.2 25.2

Table 7.217

Baseline su-muLryforBERMDDA-RICaq3HD

>7 mm ddl Baseline Length

l Value Residual Sigma

87 8 3l 1696707883.6 -4.1 8.8

87 8 51 1696707905.4 17.7 13.8

87 8 61 1696707866.0 -21.7 8.8

67 8 91 1696707899.0 11.3 6.6

Baseline Transverse


yew ,v,m .w.

2.3 1.4 7.9

11.6 10.7 13.7

9.1 8.2 9.1

-6.8 -7.7 6.6

Baseline Vertical


-55.0 -46.7 45.4

-132.5 -124.2 65.1

99.8 108.1 43.4

-14.0 -5.7 32.2

Table 7.218

Baseline s_ fez ]_IHUDA_

77 sln ddl Baseline Length Baseline Transverse

I Value Residual SiKma Value Residual Sisma

mm mm mm mm mm mm

87 8 3J 1284684854.8 -9.3 7.6 9.2 3.1 5.9

87 8 51 1284684869.9 5.8 11.5 5.5 -.6 10.7

87 8 6J 1284884869.1 5.1 7.6 11.1 5.0 6.4

87 8 91 1284684865.0 1.0 5.6 1.0 -5.2 5.0

Baseline Vertical


ntn eva ._n

-17.8 -21.9 28.5

-44.9 -49.0 48.1

-17.6 -21.6 28.8

43.8 39.7 22.9

Table 7.219

Basal/no s_mmary for RIXBUT'J_-ELY

>7 mm dd I Baseline Length _ Baseline Transverse I Baseline Vortical l

I Value Residual Sisma _ Value Residual Sigma J Value Residual Sigma J

88 10 26J 629461895.0 -1.9 6.4 I -5.8 -4.5 4.5 I -34.7 -24.6 37.6 I

88 10 27J 629461898.5 1.7 6.0 I 4.4 5.7 5.0 ] 8.5 18.6 32.7 J

7.,!04

Tymm ddl

II

87 2 41

87 5 181

87 10 221

88 10 26 I

88 10 271

TobXo 7.220

Basel/no summa_ for BLKBUTTE-H&TCREEK

Baseline Lenath


mm mm mm

942475323.2 17.3 9.1

942475299.7 -6.3 8.1

942475275.0 -30.9 9.6

942475302.2 -3.7 6.6

942475319.2 13.3 6.6

Baseline Transverse

Value Residual SiKma

mm men w_

-1.8 -5.7 5.0

19.5 15.6 8.4

9.8 5.7 5.1

-4.5 -8.4 5.3

.5 -3.3 6.7

Baseline Vertical


mm mm awe

45.7 69.6 50.3

69.4 93.3 40.8

-190.3 -166.4 52.1

-49.0 -25.1 36.5

-27.5 -3.6 32.8

yymm ddl

II

84 3 4J

85 1 16J

Table 7.221

Basel_the au_mry for BIJ_aUTTE_ILLO

Baseline LenKth J Baseline Transverse j

Value Residual Sigma J Value Residual Siama J

= = = i -- = = i97160175.3 -34.1 32.2 I 47.8 9.2 20.5 I

97160212.3 2.9 9.3 ] 37.8 -.9 6.3 J

Baseline Vertical


mm mm me.

349.8 135.4 200.4

189.5 -24.7 85.6

yymm ddl

II

86 5 191

86 10 271

87 10 221

Table 7.222

Baseline smamaryfozBLKBUTTE-OVRO 130


Value Residual SiKma Value Residual Sigma

rmn mm mm mm mm =m

459067510.1 -7.4 4.5 -12.7 -14.3 4.9

459067527.1 9.6 3.9 5.6 4.0 3.2

459067502.0 -15.5 7.8 8.3 6.6 5.5

Baseline Vertical


aID ema =In

43.7 50.4 31.8

-30.8 -24.2 29.6

-81.0 -74.3 57.7

yTmm ddl

II

87 5 18J

87 10 221

Table 7.223

Baseline summary for BLKBUTTE-PEESIDIO

Baseline Length l Baseline Transverse i Baseline Vertical

Value Residual Slams J Value Residual Sigma I Value Residual Siama

= = = I -- = = I = m =762366287.0 5.9 7.8 J 12.1 5.1 7.1 J 107.8 86.6 45.3

762366272.6 -8.5 9.4 J 1.9 -5.2 7.2 J -126.8 -148.0 59.3

rJ .= ddlII

87 2 41

Table 7.224

BaseLine summary for BLKBUTTE-PT REYESBaseline Length I Baseline Transverse J

Value Residual Sigma I Value Residual Sigma I

= = = I = _- = [815918040.6 .0 9.2 I -19.6 .O 6.0 I

Baseline Vertical


mm _n mm

12.0 .0 52.0

'_,'_ ddlII

87 8 201

Table 7.225

Baseline summary for BIXX]MIRI)-iiBAS 085

Baseline Length J Baseline Transverse I

Value Residual Slams I Value Residual Sigma l

= = = I = -- = i1843913181.4 .0 12.4 J 3.2 .0 11.6 I

Baseline Vertical


mm mm mm

-13.2 .0 52.3

_m ddlII

87 8 2ol

Table 7.226

Baseline aummarf for BLOOMIHD-q_TFQRD

Baseline Lenath I Baseline Transverse I

Value Residual Sigma I Value Residual Sigma J

mm am mm J _n Bm "_ J

1316252671.5 .0 12.5 I -7.9 .0 12.4 I

Baseline Vertical


men rma mm

8.8 .0 50.6

yymm ddl

II

89 8 31189 9 5J

Table 7.227

Baseline au_v for HREST -t4OJAVE12


Value Residual Sigma J Value Residual Sigma J

= = = I = = = I7945694704.3 -17.6 22.0 I 80.1 12.2 8.0 I

7945694736.2 14.3 19.9 I 57.6 -10.4 7.4 I

Baseline Vertical J

Value Residual Sigma I

mm aID mm I

63.8 -35.4 31.4 1

128.9 29.7 28.8 I

7.205

TY mm ddl

89 8 31189 9 2189 9 3189 9 51

Table 7.22.8

Basel.t_.o _ for BREST -HOle

Baseline Len8th Baseline Transverse

I Value Residual Sigma Value Residual SIKma

i wen mm mm w_ ._ wu_

2029686970.8 -33.1 7.1 19.5 -7.6 5.8

2029687007.9 4.0 5.8 32.3 5.2 7.1

2029687025.6 21.7 6.4 42.2 15.0 10.2

2029687004.4 .5 7.2 26.9 -.2 5.6

Baseline Vertical


wen wen

--112.2 --42.5 30.5

--101.4 --31.7 23.3

-2.9 66.9 29.3

-49.8 20.0 27.5

Tj-,_ ddlII

89 9 5J

Table 7.229

Baseline sumary for BREST -GNSALAS0

Baseline Length I Baseline Transverse J

Value Residual Sigma J Value Residual Stsma J

1480502018.6 .0 5.8 I 15.0 .0 5.3 I

Baseline Vertical

Value Residual Sl_na

mm m_

-8.5 .0 26.8

_=ddlIl

89 8 311

Table 7.230

BasaLtno s_azy foe _ -RI(2_KMD

Baseline Lensth I Baseline Transverse I

Value Residual Sigma j Value Residual StKma [

_n mm "" I mm mm .xn j

6574959713.7 .0 17.5 J 51.6 .0 8.6 I

Baseline Vertical

Value Residual $iKma

24.4 .0 32.8

= ddlii

89 8 311

89 9 51

TabLe 7.231

BaseLine sumacy for BREST -k_STFORD


Value Residual Sigma I Value Residual Sisma I

= = m I -- m = I4970790330.6 -11.0 12.3 I 53.2 12.5 6.6 1

4970790352.5 10.6 12.0 J 28.8 -11.9 6.4 I

Baseline Vertical


Bin mm mm

.2 --28.3 30.0

53.5 24.9 28.1

yy mmddl

89 8 31J

89 9 2J

89 9 31

89 9 51

Table 7.232

BaseLtne stm_axy for BREST -_ETTZELL



J _tm mm mm mm men mm

1275262992.5 --18.0 5.2 Ii. 3 --13. 1 4.7

1275263016.4 5.9 4.2 33.3 8.9 5.6

1275263020.2 9.7 4.8 40.9 16.6 7.4

1275263007.5 --3.0 5.2 24.5 .i 5.2

Baseline Vertical


uln mm .u_

-55.4 -42.3 26.6

-34.6 -21.5 21.3

56.0 69.1 24.6

-18.0 -4.9 25.9

yy"_" ddl

Ii

89 8 21J

Table 7.233

BaseLine summary for CARBUSTY-MDJAVE12

Baseline Length I Baseline Transverse I

Value Residual Sigma I Value Residual Stsma J

mm _m ma I In =m _" I

7568098953.2 .0 19.5 J 76.8 .0 7.6 I

Baseline Vertical


aT. mm ._n

117.1 .0 31.4

yymm ddl

II

89 8 211

Table 7.234

BaseLine sumary for CARIIUSTY-RIC_4D_D



-_ = =_ I m = = I8588358791.3 .0 18.3 I 47.4 .0 7.5 I

Baseline Vertical


mm wen mm

51.2 .0 33.9

yymmddl

II

89 8 211

Table 7.235

Basel/he sunnary for CARNUSTY-t4ESTFORD

Baseline Lensth I Baseline Transverse j

Value Residual Siena J Value Residual Si_.m I

= _ I _ = = I4848716956.3 .0 12.9 I 51.8 .0 5.9 I

Baseline Vertical I


m_ mm me. J

36.1 .0 32.1 J

7206

YY --- ddl

II

89 8 191

89 8 201

89 8 21189 8 23J

Table 7.236

Bame].Jl_a =u,_azy for_TY-I_ETTZELL


Value Residual Siema Value Residual Siema

mm mm mr. mm mm I_n

1327033069.6 --20.5 11.3 44.0 16.6 19.8

1327033090.3 .2 9.5 58.0 30.6 15.5

1327033096.5 6.4 5.4 23.6 --3.8 4.3

1327033086.3 --3.7 7.8 30.6 3.2 9.2

Baseline Vertical

Value Residual Siema

mm mm mm

18.1 15.3 52.5

-2.0 -2.8 43.6

23.7 22.9 27.6

-31.3 -32.1 30.7

yymm ddl

II

87 7 19J

Table 7.237

Baseline ammMu_r for _-_BAS 085

Baseline Leneth J Baseline Transverse J

Value Residual Sisma I Value Residual Siema I

= = = I _ = = I1799165584.8 .0 12.2 J 4.4 .0 8.4 I

Baseline Vertical I

Value Residual Siema I

n_n mm I

77.5 .0 47.0 I

Ty m. ddlII

87 7 191

Table 7.238

BaseLtne summary for _-RICHM[MD


Value Residual SiKma J Value Residual Siema J

= = = J = = = J992547370.2 .0 7.7 J -.3 .0 9.0 I

Baseline Vertical ]

Value Residual Sisma J

mm mm mm I

-24.7 .0 44.3 I

Tymm ddJ

II

87 7 191

Table 7.239

Basel/no summary for _-%_ESTF_RD

Baseline Leneth J Baseline Transverse J


mm mm mm J mm mm mm I

1552637958.3 .0 10.8 I 8.7 .0 7.8 J

Baseline Vertical


wrn mm mm

3.3 .0 42.2

Base]_Lne

yy mm ddl Baseline LenKth


I mm mm mm

80 10 17J 5072314469.0 14.0 11.3

80 10 18J 5072314456.5 1.4 10.4

80 I0 191 5072314461.7 6.6 18.5

80 I0 201 5072314463.5 8.4 10.2

80 10 211 5072314463.5 8.5 10.9

80 10 221 5072314409.4 -45.7 13.3

80 10 231 5072314452.2 -2.8 8.6

Table 7.240

summa---7 for CHIJBQLT]_--EAI_TACK

Baseline Transverse


_m mm mm

123.0 -7.5 7.3

133.4 2.9 6.7

144.0 13.5 11.6

143.1 12.6 7.0

123.1 -7.4 6.7

123.2 -7.3 8.3

129.g -.6 6.3

Baseline Vertical


mm mm mm

88.7 3.0 33.4

124.0 38.3 32.3

-115.4 -201.1 59.6

88.0 2.4 31.6

119.3 33.6 31.3

-71.1 -156.8 38.0

151.9 66.2 27.2

BaseLine

yymm dd I Baseline Leneth


I mm BI_ mm

80 10 171 7663737336.4 -29.2 26.3

80 10 18J 7863737380.5 14.9 30.6

80 10 191 7663737381.1 15.5 52.1

80 10 201 7863737350.5 -15.1 36.2

80 10 21J 7663737373.0 7.4 32.9

80 I0 221 7663737281.4 -84.2 38.7

80 10 231 7663737423.8 58.2 26.7

Table 7.241

summary fo¢__ 085

Baseline Transverse


mm mm mm

217.6 3.7 9.8

214.9 1.0 8.5

213.7 -.2 13.8

229.1 15.2 9.4

209.1 -4.8 8.5

211.1 -2.8 10.1

206.1 -7.8 7.8

Baseline Vertical


mm mm mm

135.8 74.5 43.9

95.4 34.1 46.9

-177.8 -239.1 83.0

111.8 50.5 52.5

80.2 18.9 49.8

-92.2 -153.4 58.2

61.3 .0 41.6

7.207

y7 am dd[

80 10 171

80 10 181

80 10 19j

80 10 201

80 10 21J

80 10 221

80 10 231

Basellme

Baseline Length

I Value Residual Slams

I _ m,n mm

1109864329.7 5.3 6.3

1109864323.8 -.5 6.5

1109864315.9 -8.4 12.9

1109864323.9 -.4 6.4

1109864324.7 .3 5.9

1109864314.9 -9.4 7.9

1109864326.6 2.2 5.2

Table 7.242

s_ for CHLBCLTN-(]ESAIJ_0

Baseline Transverse


mm aT. m

31.0 -.7 5.2

40.9 9.2 5.8

20.4 -11.3 12.3

31.8 .1 5.9

41.2 9.5 5.2

21.4 -10.3 7.1

24.5 -7.2 4.7

Baseline Vertical


mm l_n mm

-3.4 2.1 28.0

-28.1 -22.7 29.2

16.2 21.7 52.4

35.3 40.7 26.4

28.7 34.2 25.5

-152.2 -146.7 33.4

13.6 19.0 23.0

77== ddl

80 10 17l80 10 18 I

80 10 lgl

8o lO 21180 10 221

80 10 231

Tablm 7.243

BaseLine stmary for(_(L_ 130

Baseline LenKth Baseline Transverse Baseline Vertical

I Value Residual SiKma Value Residual Slams Value Residual Sigma

I ._ mm mm _ mm mm mm mm =B_

7846991262.3 -4.0 23.5 190.9 10.5 10.0 83.4 32.8 39.3

7846991280.8 14.5 22.6 193.7 13.3 9.2 89.0 58.4 36.1

7846991265.1 -1.2 37.8 162.0 -18.4 15.0 -174.9 -205.5 62.8

7846991281.0 14.7 22.7 168.9 -11.6 9.3 49.8 19.0 35.6

7846991196.6 -69.7 27.8 175.2 -5.3 10.6 -131.8 -162.4 43.2

7846991280.7 14.4 18.8 180.4 -.1 8.3 88.8 58.2 31.7

77 -,,, ddlII

88 2 31

Table 7.244

Bassi_the a_ for _-JPL MV1

Baseline Lengt/_ J Baseline Transverse J

Value Residual Stsma I Value Residual SiKma I

mm mm mm I mm mm mm I

174643147.1 .0 6.6 J 19.7 .0 8.9 I

Baseline Vertical

Value Residual Siama

mr. mm mm

12.8 .0 58.9

zzam ddlII

88 11 7J89 7 271

Table 7.245

BaseLine sm_ary for I_S15 -G_



== == am I am am am i3807400687.6 .0 3.4 J 38.0 2.3 2.7 J

3807400887.4 -.1 5.4 I 31.1 -4.6 3.9 J

Baseline Vertical

Value Residual Siena

nwa mm

7.9 13.7 11.4

-38.8 -31.0 17.1

YY mm ddl

II

87 11 21

Table 7.246

BaseLine smmmury for DS815 -G_J)VERU

Baseline Length J Baseline Transverse [


21069152.1 .0 3.1 I -2.8 .0 2.5 J

Baseline Vertical


mm .am .am

-.6 .0 13.5

77== ddlII

88 11 7189 7 271

Table 7.247

Baseline et_ for _15 -_

Baseline Length J Baseline Transverse J Baseline Vertical J

Value Residual Sisma J Value Residual Sigma J Value Residual Sisma J

= m I = am am I am am = I3899992515.4 2.3 3.3 I 18.2 .5 3.1 J -106.8 9.0 11.1 J

3899992506.9 -6.3 5.4 I 16.9 -.8 3.8 I -135.0 -19.3 16.2 I

am ddlII

87 11 21

Table 7.248

Base]__e sumazy for _1_ -I_A_12

Baseline Length J Baseline Transverse J

Value Residual Sigma I Value Residual Sisma I

.xa mm am I am mm am I

10011685.4 .0 3.1 J 2.2 .0 1.7 J

Baseline Vertical I


men _ men J

-5.s .o 12.41

7208

II

87 11 21

T_ble 7._9

Baseline suu_ar7 for D6815 -J40J 7288


Value Residual SiKma I Value Residual Sigma J

10063344.4 .0 3.61 -.1 .0 Z.O I

Baseline Vertical


wen mm mm

-6.3 .0 16.9

77 =m ddl

JI

87 11 2J88 11 7J

Table 7.250

Baseline sunary for I_SL5 _ 130


Value Residual Siama J Value Residual Sigma J

mm mm =m l mm mm mm J

236711198.2 -.5 2.9 I 4.1 .9 2.7 I

236711199.1 .4 2.7 J 1.6 -1.6 3.5 I

Baseline Vertical


mr. ._ ...

-18.8 -9.8 13.8

-1.8 7.2 11.8

_= ddJIl

87 II 21

Table 7.251

Baseline stwmary fo_ D_S15 -OVE 7853

Baseline Lenath I Baseline Transverse J

Value Residual Sigma i Value Residual Sigma J

237345165.1 .0 3.0 J 4.0 .0 2.8 J

Baseline Vertical

Value Residual SiKme

mm mm mm

-22.1 .0 13.5

yymmddJ

II

89 7 27l

Table 7. 252

Baseline summary for DSS15 -YAKAZAGA

Baseline Lenath J Baseline Transverse I

Value Residual Sigma J Value Residual Sigma I

=m m= =m I mm --- mm I

3265203801.2 .0 9.3 J 37.1 .0 4.8 J

Baseline Vertical


mm mm mm

-50.6 .0 34.2

Tym= ddl

II

91 4 18t91 7 19191 10 8[

91 12 zz]

Table 7.253

Baseline euumary for DSS45


Value Residual Sigma Value Residual $iKma

mm _ mm mm mm mm

9589254769.2 9.3 25.2 --112.0 --8.0 9.8

9589254687.9 --72.0 21.1 --91.9 12.2 8.6

9589254760.2 .3 41.0 -99.6 4.5 12.9

9589254841.3 81.4 23.6 -112.7 -8.6 9.0

Baseline Vertical


mm _ mm

70.4 9.7 23.5

74.8 14.0 19.6

8.2 -52.6 36.2

52.8 -7.9 23.9

_,== ddlII

90 3 23J

91 3 251

91 4 16191 7 19[

91 8 261

Table 7.254

Baseline summary forD S $45

Baseline Length


mm mm mm

7436905073.2 30.9 6.0

7436905026.4 -15.9 19.3

7436905056.0 13.7 15.2

7436905027.1 -15.2 12.2

7436904974.0 -68.3 9.4

-KASH]M34

Baseline Transverse


mm mm mm

-30.9 20.0 5.4

-57.5 -6.6 8.5

-66.1 -15.2 8.7

-61.3 -10.3 7.3

-60.9 -9.9 6.8

Baseline Vertical


mm mm mm

--14.9 --3.9 10.5

19.0 30.0 29.8

21.9 32.9 26.0

41.7 52.7 21.2

-54.7 -43.6 16.3

II

88 7 17]88 7 31188 8 lJ

Table 7.255

Basel/he eumma_r lorD S $45 _AL26

Baseline Length Baseline Transverse Baseline Vertical

Value Residual Sigma Value Residual Sigma Value Residual Sigma

we. mm w_ mm_ mm mm mm mm mm

5171635896.2 44.2 17.9 -66.4 4.0 8.3 -132.9 8.6 33.8

5171635808.7 -43.3 22.7 -72.4 -1.9 9.9 -115.9 25.6 45.3

5171635817.0 -35.1 25.6 -74.7 -4.3 10.5 -197.1 -55.6 52.8

Table 7.256

BaseLine summary for DSS45 _ICIH&

yy am ddJ Baseline Length J Baseline Transverse J

J Value Residual Sis ma i Value Residual Sisma J

i = = = I = = = l91 10 81 12194863983.9 .0 46.3 I 20.0 .0 18.3 I

Baseline Vertical j


mm fl_fl _ J

85.8 .0 25.21

7.2O9

Table 7.257

Baseline su_rf for D6845 -MOJAVE12

yy mm dd] Baseline Length I Baseline Transverse I Baseline Vertical I

I Value Residual Sigma I Value Residual SiKma I Value Residual Sigma I

I = = " I " = " I " " = i88 5 24l 10586283480.9 .0 31.3 J -38.6 .0 12.4 I -218.9 .0 35.0 I

Y7 =m dd[

II

91 12 111

Table 7.258

Baseline a_mary for D_45 -SA3TIJL12

Baseline LenKth I Baseline Transverse I Baseline Vertical I

Value Residual Siena I Value Residual Siena I Value Residual Sigma I

9926436326.5 .0 32.4 I -530.4 .0 12.4 J -872.0 .0 26.3 I

Table 7.259

Baseline _ fez !_$45 -4k_erEZELL

_ ddJ Baseline Lensth J Baseline Transverse J

] Value Residual Sigma J Value haldual Si_Ba J

I = = =I = = =I91 4 16J 12156491074.1 -25.0 24.0 ] 59.2 -19.6 10.6 J

91 7 191 12156491119.2 20.1 21.5 J 95.4 16.6 9.7 ]

Baseline Vertical J

Value Residual Si&ma I

e_w rIB me. I

108.6 44.6 15.3 J

27.6 -36.5 13.9I

r_ "" ddlII

91 12 zl

Table 7.260

Baseline aumnary for I_$65

Baseline Length J Baseline Transverse JValue Residual $i6ma [ Value Residual Sigma J

Bm --- mm J "I" mm nan I

1414346612.3 .0 1.2 J 6.0 .0 1.9 I

Baseline Vertical


._n mm En

28.1 .0 4.6

yymm ddl

Il

88 10 19J

Table 7._$1

Baseline su---ary for DSS65 _ 085

Baseline Lensth J Baseline Transverse J

Value Residual Sigma I Value Residual Si_na J

= = = I = = " I7975454833.5 .0 I0.4 J 57.1 .0 4.7 J

Baseline Vertical


= mm =m

124.5 .0 17.6

= ddlII

90 5 25190 9 6190 12 21j91 1 7l91 9 91

91 12 21

Table 7.262

Baseline suumaz7 for DSS65 -MkTI_A


Value Residual SiSma

me enm mm

1765812130.2 -6.2 4.4

1765812153.6 17.3 2.4

1765812130.6 -5.7 2.21765812129.5 -6.9 2.0

1765812140.2 3.9 1.71765812134.3 -2.0 1.4


me. men mm

15.5 11.0 22.95.4 .9 2.4

9.0 4.5 2.4

10.7 6.2 2.3

2.5 -1.9 2.2

--5.5 --10.0 2.4

Baseline Vertical


mm n_ n_.

33.7 -2.7 27.1

-47.7 -84.1 8.9

28.8 -7.6 8.850.0 13.6 7.9

61.8 25.4 7.5

54.5 18.1 6.1

y'y mm ddlII

66 lO 19l

Table 7.263

Basal/no smnmaz_v for 1_$65 -[_ATAVE12

Baseline Lensth I Baseline Transverse IValue Residual Si&ma I Value Residual Stsma I

= = -_ I -- m m I8395867416.4 .0 11.8 I 77.1 .0 4.6 I

Baseline Vertical


mm Din mm

169.8 .0 18.2

y_ "" ddl

II

66 9 1188 11 I01

66 12 151

Table 7.264

Baseline summary for DSS65 -RICII4CI_

Baseline Lenath Baseline Transverse

Value Residual Siena Value Residual Sigma

= me. mm mm mm IB_

6726067089.7 -5.7 18.3 49.6 6.3 9.1

6726067077.6 -17.7 11.9 33.3 -9.9 7.96726067102.9 7.5 7.3 45.3 2.0 4.9

Baseline Vertical


mm D_n gln

157.5 41.9 41.3

134.1 18.5 25.6

103.0 -12.6 15.4

7.210

Y7 mm ddl

Ii

88 9 11

68 11 1ol88 12 151

89 2 21l

89 6 41

Table 7.265

Baseline summazyfozDSS65

Baseline Length


mm mm mm

5300362627.6 -.7 9.1

5300362822.6 -5.7 5.7

5300362822.0 -6.3 3.6

5300362824.6 -3.7 5.2

5300362852.6 24.3 5.5

Baseline Transverse


mm mm an

45.8 2.9 5.0

40.6 -2.3 5.6

42.6 -.3 3.5

45.8 2.9 4.3

38.9 -4.0 4.7

Baseline Vertical


._n mm n,n

91.3 -11.7 25.9

99.5 -3.5 16.3

101.8 -1.2 11.2

103.1 .I 14.7

112.8 9.8 15.7

m ddEII

91 12 2j

Table 7.266

Baseline a_az7 _r


Value Residual Sigma I Value Residual Sigmas I

= = = I = = = I1333777570.1 .0 1.2 I -5.9 .0 1.9 I

Baseline Vertical


mm mm

28.3 .0 4.7

yymm ddl

I[

91 12 21

Table 7.267

Basel/no almmx7 for E_ICIRA

Baseline Lenath J Baseline Transverse j


= = = I = = = I757069171.3 .0 1.2 I -.7 .0 1.5 J

Baseline Vertical I

Value Residual Sisma I

.T. nXD _ I

-26.4 .o 461

yy mm ddl

JI

79 ii 261

Table 7.268

Bane]_tJ_e summary for _ 140

Baseline Lensth I Baseline Transverse J


= = = I = = = I6334648486.2 .0 32.6 I 130.6 .0 25.3 I

Baseline Vertical


65.0 .0 91.9

79 11 261

80 7 271

80 7 281

80 9 27

80 9 28

80 9 29

Table 7.269

BaseLine summary for _ 130



I mr. mm mm mm mm mr.

8203742531.4 16.0 35.6 162.5 15.5 35.5

8203742536.5 21.0 19.2 189.4 42.4 12.5

8203742507.7 -7.8 16.9 169.4 22.5 10.4

8203742479.5 -35.9 22.9 118.0 -29.0 10.5

8203742537.7 22.2 21.5 133.2 -13.7 9.0

8203742504.3 -11.1 22.3 140.5 -6.4 10.3

Baseline Vertical


mm .v.

-15.9 -29.4 101.6

49.8 36.3 42.62.1 -11.4 38.3

61.0 47.5 40.4

-48.2 -61.8 34.1

33.6 20.3 37.1

yy mm dd

83 5 6

Table 7.270

Baseline aum_17 for l_'l._B3_F_-l_m_32

Baseline Lensth J Baseline Transverse I


mm mm _a J mm -I- mm I

1414092460.0 .0 8.3 I 40.1 .0 8.9 I

Baseline Vertical I


mm mm me I

78.7 .0 53.0 ]

yy,,- ddlII

63 5 61

Table 7.271

B_usel/ne summary for _TF(_D



= = = I = = = I5592651126.8 .0 14.7 I 68.8 .0 6.2 I

Baseline Vertical


93.7 .0 37.9

y'y mm ddl

II

91 12 21

Tabla 7.272

Baseline summary for EFLSBERG-44ETTZELL



= = = i m = = I457481745.6 .0 .7 J 6.4 .0 1.0 I

Baseline Vertical


._n mm

-16.6 .0 3.3

7-211

y_ mm ddJ

Ii

86 4 31

Table 7.273

B-tel£ne m_ary for _Y -OVJK) 130

Baseline Len&th ] Baseline Transverse J

Value Residual Sisma J Value Residual Sisma J

= = -- i = = = I378140556.3 .0 4.8 J -12.6 .0 5.6 J

Baseline Vertical ]

Value Residual Si&ma J

.In .m_ mm I

-6.3 .0 36.3 I

== ddlII

84 4 231

85 5 7186 4 3J

Table 7.274

Basol£ne sumax7 for WT -PLATTVZL


Value Residual Siena Value Residual Sigma

me. ._ ._ _ em_ lab

871865372.7 -10.0 13.4 11.0 6.7 16.0

871865384.9 2.2 5.3 4.9 .5 6.8

871865378.4 -4.3 13.6 -7.7 -12.0 17.8

Baseline Vertical


_Rn mm mm

-97.8 -110.4 106.8

22.8 10.2 43.7

50.9 38.2 93.9

y_r --- ddl

87 5 llJ88 4 30J

88 5 lJ

88 10 26J

88 i0 27J

Table 7.275

BaseLine smmaryforELY -_

Baseline Len&th Baseline Transverse

J Value Residual Sisma Value Residual Sisma

J me. mm ._ m3_ mm mm

734889071.3 6.4 8.3 -25.9 -50.1 7.8

734889056.7 -8.1 6.1 27.3 3.1 6.4

734889039.8 -25.1 14.2 32.3 8.1 18.5

734889066.9 2.1 3.9 28.3 4.1 4.3

734889066.9 2.1 4.2 39.5 15.3 5.5

Baseline Vertical


.v. .rn ._

41.2 -4.7 42.5

28.1 -17.8 47.3

23.5 -22.3 118.0

34.8 -11.1 21.2

63.0 17.2 21.6

= ddl

I89 5 ii

89 5 2190 10 16J

90 z0 171

Table 7.276

Basel/no sunmazy for]_Y

Baseline LenKth Baseline Transverse Baseline Vertical

J Value Residual Si&ma Value Residual Si&ma Value Residual Sigma

mm mm mm mm me. me. em_ mm mm

3580309245.4 2.6 12.4 9.0 2.7 7.8 --67.7 43.7 37.7

--5.4 8.5 --161.7 --50.3 41.23580309237.0 --5.8 13.1 .8

3580309261.5 18.7 15.5 7.2 1.0 8.5 --89.6 21.8 53.3

3580309224.0 --18.8 17.6 8.0 1.8 10.5 --141.1 --29.7 58.1

yy "_ ddl

II

87 5 11l

88 4 30J

88 5 11

Table 7.277

BaseLine eumary for]_ -Y_4K


Value Residual Sisma Value Residual SISma

.sw mm mm mm mm me.

707152520.7 8.0 9.5 3.8 4.1 6.5

707152511.0 --1.7 7.1 --.5 --.1 5.4

707152487.7 --25.0 21.0 --8.1 --7.7 9.1

Baseline Vertical


mm men mm

-82.4 -51.1 53.6

-.7 30.6 48.7

38.4 69.7 119.4

77 "" ddJ

91 4 17191 5 17 J

91 5 31191 6 5]

TabZa 7.278

Baseline summazy fozFD-VIJA-KRAS 085

Baseline Len&th Baseline Transverse Baseline Vertical

J Value Residual SiKma Value Residual Sisma Value Residual SiKma

I mm mm mm e_. mm mm .v. mm mm

300458.2 1.1 3.9 1254.4 7.7 5.4 --513.0 .1 19.1

300456.9 --.2 .4 1247.0 .3 .4 --515.1 --2.0 2.1

300457.0 --.1 .4 1246.2 --.4 .4 --512.5 .5 2.6

300457.8 .7 .7 1246.7 .0 .6 -509.4 3.7 3.2

yy m ddl

II

87 5 7J

88 4 26J

Table 7.279

Baseline e_smo-_y for FLAf_TAF--VJ_HAL

Baseline Les_th J Baseline Transverse J

Value Residual SiKma J Value Residual SiKma [

= = i = m = I595755609.4 -.1 6.0 I 2.5 2.0 3.7 1

595755609.7 .3 13.1 J -13.7 -14.2 9.8 I

Baseline Vertical J


n_ mn nwn J

9.5 -6.4 33.6 J50.6 36.6 78.3 I

7.212

yy mm ddj

ii

90 11 61

90 11 71

Table 7.280

BaseLtue =t_ar7 fez PLAGSTAF_

Baseline LenBth ] Basellne Transverse I Baseline Vertical

Value Residual Sis ma I Value Residual Sisma J Value Residual Sigma

=m =m -I- I =m =m --- ] =m =m =m

3497279292.2 9.7 13.0 I .8 7.3 8.0 I -67.3 31.7 45.4

3497279273.1 -9.4 12.8 I -11.4 -4.9 6.6 I -125.2 -26.1 41.2

yymm ddJ

II

88 11 91

88 11 101

89 2 41

89 5 11189 5 12 I

89 lO 24189 11 2189 11 3J

89 11 7J

89 11 8J

89 11 12189 11 13189 11 17J

89 11 18190 1 26190 1 271

Banal/he

Baseline LenKtll

Value Residual SiBm8

mm mm mm

470018690.5 62.3 7.5

470018685.9 57.6 6.3

470018682.6 54.4 5.6

470018670.1 41.9 6.4

470018685.0 56.8 6.2

470018609.6 -18.7 6.0

470018616.3 -12.0 4.7

470018616.5 -11.8 6.2

470018597.8 -30.5 5.8

470018612.7 -15.6 5.1

470018600.4 -27.9 5.6

470018611.7 -16.5 5.6

470018616.1 -12.1 6.1

470018618.5 -9.7 5.6

470018604.3 -23.9 5.6

470018601.5 -26.8 5.1

Tabl_ 7.281

Baseline Transverse


mm mid "_

25.7 -10.8 4.6

16.2 -20.4 3.4

29.1 -7.5 3.6

41.4 4.8 4.3

38.6 2.1 4.0

35.6 -1.0 4.0

53.6 17.0 4.5

40.0 3.4 5.6

37.2 .6 3.8

33.6 -2.9 3.2

44.2 7.7 3.6

46.5 10.0 3.5

35.6 -1.0 4.1

32.3 -4.2 3.7

37.1 .6 4.3

51.1 14.5 4.3

Baseline Vertical


m mm mm

32.7 24.3 43.3

-43.5 -51.9 31.1

-47.2 -55.6 36.9

14.4 6.1 39.2

66.8 58.5 39.7

15.5 7.2 27.6

-21.6 -29.9 32.8

-22.2 -30.5 38.8

-30.9 -39.2 29.7

30.4 22.0 24.5

-13.7 -22.0 28.0

12.4 4.1 27.0

37.5 29.2 30.4

49.9 41.6 29.8

-19.7 -28.0 35.8

66.7 58.4 33.2

yTmm ddl

II

89 10 24 I

Table 7.282

Basel.ins summary for __

Baseline LenKth J Baseline Transverse I

Value Residual Sigma J Value Residual SlBma J

=m =m "_ J "" -_ =m I

4225000773.9 .0 14.3 [ 125.8 .0 8.6 I

Baseline Vertical


ram mm mm

-63.4 .0 34.7

yymm ddl

II

88 11 91

88 11 10J

Table 7.283

Bana].ine summry for F_-OV_ 130

Baseline Lensth I Baseline Transverse J


= = = I -_ = = I319006658.6 9.5 6.1 I 19.0 -2.6 7.1 I

319006644.4 -4.7 4.3 I 23.5 1.9 6.1 I

Baseline Vertical


mm .a.a w,_

66.0 52.7 46.8

-23.9 -37.3 39.4

yymm ddl

89 10 24l

89 ii 17l

89 11 161

Table 7.284

BaseLtne atzsaazT for POBTQBDS-PRESIDIO


I Value Residual Sigma Value Residual SiBma

I mm mm rmn mm mm mm

147938858.0 6.1 7.0 -16.1 3.5 5.7

147938841.8 -10.1 8.6 -25.5 -6.0 7.7

147938852.6 .7 7.3 -19.8 -.2 5.9

Baseline Vertical


mm mm

62.1 -37.9 42.5

202.3 102.3 56.5

68.6 -31.5 53.2

77_a ddl

88 11 9J

89 11 7189 ii 81

89 11 12189 11 131

Table 7.285

Baseline summary for F_R_TOBDS-PTREYES


I Value Residual Sigma Value Residual Siva

J mm ram mm _ mm mm

197185404.7 38.8 6.4 7.8 30.5 6.1

197185349.4 -16.5 7.0 -38.1 -15.3 6.3

197185360.4 -5.5 6.1 -26.8 -4.0 5.5

197185348.6 -17.3 7.1 -24.8 -2.1 5.6

197185360.3 -5.6 7.0 -31.0 -8.3 6.0

Baseline Vertical


mm mm

43.0 31.5 44.8

-48.0 -59.5 53.2

14.8 3.3 46.5

11.9 .4 53.2

20.8 9.2 50.1

7.213P

>7 .,-, ddlII

69 11 2J69 11 3t

T_ 7.286

BaselJL_m_mm_rfoc_n_m26-¢_lCY

Baseline Le_ J Baseline Transverse J

Value Residual Sign J Value Residual Sign J

m m ml m m ml382655480.6 .6 6.2 I 45.9 2.4 6.6 I

382655479.0 -1.0 7.9 J 40.8 -2.7 7.1 J

Baseline Vertical


me. mm mm

-45.0 -15.5 48.8

-7.9 21.6 57.5

y.y mm

88 11

88 11

89 2

89 2

89 5

89 5

89 10

89 11

89 11

89 11

89 11

89 11

89 11

89 1189 11

90 1

90 1

ddlII

911013141

11112t24]21317181

12113117118126J27J

T_Io 7._7

BaselJJ_sumazTfoz_m2OEX_-3rJE_G

Baseline Lenath


248717515.9 -30.2 5.9

248717516.8 -29.3 6.4

248717509.8 -36.4 5.5

248717518.2 -27.9 4.3

248717523.2 -22.9 5.4

248717511.0 -35.1 5.2

248717581.3 15.2 6.0

248717562.5 16.6 5.5

248717547.2 1.1 6.6

248717575.0 28.9 5.6

248717561.7 15.6 4.8

248717567.8 21.7 5.7

248717559.8 13.6 5.4

248717556.2 10.1 6.2

248717560.2 14.1 5.3

248717563.5 17.4 5.1

248717572.3 26.2 4.6

Baseline Transverse

Value Residual Slams

am mm mm

-8.9 -29.1 5.6

5.2 -15.0 4.2

13.4 -6.8 4.5

6.6 -13.8 3.7

-8.6 -28.8 4.5

-8.9 -29.1 4 . 8

30.8 10.6 4.9

29.2 9.0 5.3

29.7 9.5 6.0

38.5 18.3 4.6

30.6 10.4 4.0

31.8 11.4 4.3

30.8 10.6 4.4

32.5 12.3 5.0

32.4 12.2 4.3

33.3 13.1 4.7

26.7 6.5 4.5

Baseline Vertical


mw nwa m_

48.9 46.7 43.6

-53.3 -55.4 36.3

29.0 26.8 39.3

14.0 11.8 31.8

9.0 8.8 36.9

85.9 83.7 41.0

-24.4 -28.5 30.6

-30.7 -32.8 38.8

-31.5 -33.7 44.1

-70.4 -72.5 32.6

-6.9 -9.1 26.7

-24.6 -26.8 30.9

-9.0 -ii.2 29.8

25.7 23.5 34.9

44.5 42.3 31.8

-i0.7 -12.9 36.8

84.2 82. i 34.0

yymm

89 10

89 11

89 11

89 11

89 11

89 11

89 11

89 11

89 11

91 7

91 7

T_ 7._8

Base_emlmary_z_

ddJ Baseline Len&th


J ._ mw mm

24J 4224718660.6 I0.5 11.9

2J 4224718636.7 -13.3 12.4

3J 4224718631.3 -18.8 15.1

7J 4224718629.1 -21.0 13.28J 4224718618.9 -31.2 10.8

12J 4224718648.3 -1.8 ii.5

13J 4224718647.1 -3.0 11.8

17J 4224718645.8 -4.3 12.5

181 4224718658.3 8.3 12.3

23j 4224718684.1 36.0 9.3

241 4224718660.2 10.1 10.0

Baseline Transverse


mm ._n nTn

126.4 -26.3 6.3

130.1 -22.6 5.8

116.9 -35.8 7.0

139.2 -13.5 8,8

141.3 -11.4 5.6

134.1 -18.6 6.4

131.3 -21.5 6.2

123.5 -29.2 7.3

136.0 -16.7 6.4

200.7 48.0 4.5

202.3 49.6 4.6

Baseline Vertical

Value Residual Si&ma

E M m

-75.4 28.7 30.8

-129.0 -24.9 34.3

-153.6 -49.6 39.9

-109.5 -5.4 35.6

-I12.4 -8.4 28.4

-143.6 -39.6 31.8

-95.7 8.3 31.8

-101.1 2.9 33.9

-23.0 81.1 33.3

-59.6 44.4 25.2

-162.5 -58.4 27.4

>7 mm ddl

II

91 7 23J

91 7 24J

Table 7.289

BaseLine era®mary for FQR313RDS-YLOW7296

Baseline Lensth j Baseline Transverse J

Value Residual Sigma J Value Residual Sienna J

m = = I _ m m I2897818095.8 1.4 8.1 J -1696.3 -5.1 5.2 I

2897818093.0 -1.4 8.3 J -1886.2 5.0 5,1 J

Baseline Vertical


sT. mw Hn

302.8 48.8 29.0

202.9 -51.2 29.7

>7 m. ddlII

88 2 14 J

88 2 15J

88 2 18188 2 191

Table 7.290

Baseline smmazy fozP_R.TORIY-GILCREEK


Value Residual Sigma Value Residual Sigma

m men _ .w. m mm3530381360.7 -7.2 12.8 35.6 -1.7 5.3

3530381387.3 19.5 15.6 42.8 5.4 6.0

3530381367.3 -.5 11.3 31.7 -5.7 4.93530381361.1 -6.7 14.4 41.5 4.1 5.3

Baseline Vertical


n_. me. 91n

2.0 -8.2 40.8

32.6 22.4 44.8

16.6 6.4 37.7

-13.7 -23.9 47.1

7214

77 mm ddl

it

87 10 191

Table 7.291

Baseline a_nary for FORT (RD-3PL MV1


Value Residual Sigma I Value Rssldual Sigma J

= = = I am am am l426048767.7 .0 5.7 J 3.7 .0 5.5

Baseline Vertical


3.7 .0 38.6

77 mm ddl

II

87 2 1ol

Table 7.292

Baseline sumazy for FGRI QRD_ PEAK

Baseline Length J Baseline Transverse l


= = = i am am am I644206241.4 .0 6.9 J -16.4 .0 5.2 J

Baseline Vertical


mm .re .T.

-15.1 .0 46.9

77 ,,_ ddlII

87 5 22 [

88 2 14186 2 151

Table 7.293

Baseline suumax7 for FGRIQRD-PTREYES



am _ .sn man. men _ _ wv_

189551467.4 -4.3 8.2 1.5 -4.9 6.8 -123.5 -115.7 57.2

189551470.0 -1.7 6.0 2.1 -4.3 5.0 -29.4 -21.6 37.7

189551476.5 4.8 6.7 14.8 8.4 5.5 89.6 97.4 43.9

77mm ddl

II

88 10 9J

Table 7.294

Baseline aummacBr for FTD 7900--HRAS 085

Baseline Length l Baseline Transverse J


am mm "" I -I- mm am J

104737.7 .0 3.51 -1.s .o 2.51

Baseline Vertical


.T. .v. am

-15.8 .0 15.5

77 mm ddl

II

88 1o 91

Table 7.295

Baseline att_lary for FTD 7900-MOJAVEI2



am == = i = am == I1313407340.7 .0 3.8 I 3.4 .0 3.5 J

Baseline Vertical


.sn mm am

12.2 .0 17.2

77= ddlII

88 I0 91

Table 7.296

BaseLtne summu_ fez FTD 7900-PIET_



= am am I am = = I564691753.1 .0 3.4 I -1.2 .0 2.7 J

Baseline Vertical


= = am

18.5 .0 14.8

77 mm ddl

II

88 10 91

Table 7.297

Baseline aumaz3r for FTD 790_



= am am I = am am I3134986758.2 .0 6.3 I -4.0 .0 6.5 I

Baseline Vertical


y.m mm _m_

-97.0 .0 22.4

77=,= ddl

88 6 26J

86 7 2188 7 101

Table 7.298

Baseline smnBary for GILCREEK'-HALEAKAL

Baseline Length Baseline TransverseI Value Residual Sigma Value Residual Sigma

_,_ mm mm am _ I_

4837174032.8 -8.7 24.5 72.2 -3.5 8.0

4837174027.9 -13.6 25.2 69.4 -6.3 8.7

4837174045.0 3.5 9.8 78.5 2.8 4.5

Baseline Vertical


nv. mm am

26.7 -8.0 54.7

131.7 97.0 59.0

20.2 -14.5 24.0

7.215

Table 7.299

Basel..i.nesummax-yfoz GIL_EEK_

Y7 mm ddl Baseline Len$th Baseline Transverse

Value Residual Sisma Value Residual Sisma

eros emn mm mm mm eeen

90 5 241 11997919451.5 164.6 52.4 156.1 -12.8 12.6

90 5 25J 11997919396.6 109.7 34.7 200.2 31.3 12.8

91 12 18l 11997919222.7 -64.2 44.7 165.2 -3.7 11.6

91 12 191 11997919184.1 -102.7 29.4 157.2 -11.7 11.8

Baseline Vertical

Value Residual SiEma

mm mm mm

--214.1 17.8 19.9

--234.8 --2.8 17.2

--269.3 --17.4 20.5

--230.3 1.6 16.5

Table 7.300

]_ma]._e msmaz'7£o:__4

yy m ddl Baseline Lensth

J Value Residual Sisma

J mm mm e_.

90 3 23J 5427062793.5 -3.9 4.0

90 3 28J 5427062781.7 -15.7 6.0

90 6 20J 5427062798.5 I.I 4.7

90 5 24J 5427062805.8 8.4 7.8

90 5 25J 5427062788.3 -9.1 7.5

90 6 231 5427062811.8 14.4 13.8

90 6 26J 5427062811.7 14.3 8.1

90 7 211 5427062789.6 -7.8 18.2

90 8 121 5427062819.8 22.4 8.2

90 8 211 5427062796.6 -.8 4.1

90 10 61 5427062795.0 -2.4 7.2

90 10 llJ 5427062804.4 7.0 4.5

90 11 181 5427062782.7 -14.7 9.5

90 12 181 5427062792.9 -4.5 19.1

91 2 251 5427062766.1 -11.3 8.8

91 3 25J 5427062769.9 -27.5 14.6

91 4 2_ 5427062805.2 7.8 7.8

91 5 151 5427062804.3 6.9 10.7

91 7 loj 5427062811.5 14.1 12.3

91 8 26l 5427062798.0 .6 6.5

91 12 18J 5427062797.3 -.I 8.0

91 12 19J 5427062794.6 -2.8 7.7

Baseline Transverse


mm m_ mm

145.5 .7 4.0

126.4 -16.4 4.5

142.6 -2.3 4.4

132.1 -12.7 5.1

128.5 -16.3 5.2

141.2 -3.6 7.5

147.7 2.9 5.2

135.9 -8.9 9.2

145.6 .8 5.9

135.7 --9.1 4.2

142.0 --2.8 5.3

145.6 .8 4.6

141.2 -3.6 6.6

108.1 -36.8 12.9

154.9 10.1 6.5

146.6 1.8 7.5

161.0 16.2 5.6

162.1 17.3 6.3

143.6 -1.2 7.9

160.9 16.0 5.5

158.5 13.6 5.4

183.0 18.2 5.1

Baseline Vertical


mm mm mm

93.3 -17.5 11.0

94.1 -16.7 14.7

98.1 -12.7 12.6

138.4 27.6 18.9

130.4 19.6 18.8

167.5 56.7 30.9

99.6 -11.2 21.2

126.9 16.1 39.0

94.6 -16.2 19.8

111.8 1.0 11.2

66.5 -44.3 16.7

147.1 36.3 13.064.5 -46.3 23.1

226.1 115.3 34.3

138.9 28.1 20.8

104.3 -6.5 32.4

71.4 -39.4 20.8

93.9 -16.9 23.2

124.8 14.0 29.9

125.8 15.0 15.7

124.8 13.8 17.9

121.8 11.0 18.1

Baseline

yymm dd I Baseline Length

I Value Residual Sisma

I mm n_w wen

91 5 22J 4157847389.8 6.5 2.6

91 6 29J 4157847375.5 -7.8 2.5

91 7 111 4157847390.4 7.1 2.3

91 g 7l 4157867379.2 -4.1 3.0

91 10 leJ 4157847376.9 -6.4 2.6

91 10 17J 4157847392.4 9.1 3.3

91 10 19J 4157867384.7 1.4 3.0

91 10 211 4157647380.0 -3.3 2.3

91 10 23J 4157847382.9 -.4 2.7

91 11 2J 4157867381.6 -1.7 3.0

91 12 5J 4157867383.9 .6 1.8

Table 7.301

a_umry for GILCRE_-LA-VLBABaseline Transverse


1655.5 1.3 2.9

1653.6 -.5 2.9

1657.5 3.4 2.8

1657.9 3.8 3.3

1646.2 -8.0 2.9

1639.2 -15.0 3.3

1666.6 12.7 3.3

1657.6 3.5 3.0

1659.2 5.0 3.0

1647.5 -6.7 3.3

1653.4 -.7 2.8

Baseline Vertical


men mm mm

274.7 --29.3 7.5

299.9 -4.1 7.4

"298.5 -5.5 6.9349.8 45.8 8.7

297.9 -6.1 7.5301.6 -2.3 9.4

297.2 -6.8 8.8

316.6 12.6 6.9

313.1 9.1 7.9

296.2 -7.8 8.3

305.4 1.4 5.9

77 mm ddl

iI

90 6 26l

Table 7.302

BaseLine sure.x7 for G_-MAREUS


Value Residual Sisma I Value Residual Sisma I

= = = I = m m I5885337020.2 .0 10.1 I 321.1 .0 5.9 I

Baseline Vertical


mm men mm

79.9 .0 22.4

7216

,_ ddlII

88 2 11188 z 26J88 3 17188 3 25J

88 4 lJ

88 6 6J88 7 17 J

88 9 11J88 9 221

88 9 29J

88 10 7J

88 12 16188 12 221

89 1 6J

89 i 15189 2 20 J

89 4 41

89 6 5 I

89 6 28J

69 7 z9189 7 24 [

89 8 8J

69 8 18189 8 25]

BaselJJaO

Baseline LengthValue Residual Stsma

mm mm

5152474990.9 -58.3 27.6

5152475068.5 19.3 14.3

5152475002.5 -46.7 36.2

5152474997.7 -51.4 23.1

5152475047.6 -1.6 18.3

5152475027.1 -22.0 16.7

5152475035.6 -13.6 12.6

5152475143.9 94.8 38.8

5152475020.0 -29.2 52.0

5152475035.8 -13.3 24.5

5152475023.1 -26.0 26.3

5152475052.2 3.1 21.2

5152475040.5 -8.6 18.0

5152475054.9 5.8 34.35152475027.1 -22.0 26.2

5152475029.9 -19.3 28.25152475051.5 2.4 17.1

5152475069.0 19.9 15.85152475083.1 34.0 10.3

5152475018.6 -30.5 13.0

5152475038.6 -10.5 13.6

5152475063.0 13.8 9.5

5152475045.5 -3.6 9.8

5152475064.3 15.2 14.0

Tab].o 7.303

aumary £or _--MARPOINT

Baseline Transverse

Value Residual Slsma

-35.4 -75.8 55.7

18.4 -22.1 36.7

13.1 -27.4 76.5

64.9 24.5 39.7

54.5 14.1 50.7

52.0 11.6 18.4

10.0 -30.4 16.5

30.9 -9.5 18.7

114.5 74.0 32.5

13.3 -27.1 42.3

-44.5 -85.0 53.9

-10.9 -51.3 34.4

49.4 9.0 7.2

32.8 -7.6 64.865.1 24.6 25.1

26.9 -13.6 22.737.7 -2.7 7.6

37.3 -3.1 7.3

38.4 -2.0 4.5

36.3 -4.2 5.8

42.5 2.0 5.8

50.3 9.8 4.5

42.5 2.1 4.7

28.4 -12.0 5.9

Baseline Vertical


._a e_. mm

-113.1 -49.0 178.6

-112.5 -48.4 84.8

78.8 142.9 94.1

97.1 161.3 109.2

21.3 85.5 106.6

24.4 88.6 53.1

-28.3 35.9 41.0

208.2 272.3 91.7

40.3 104.5 157.5

16.7 80.9 95.9

170.9 235.1 99.7

-55.3 8.9 85.7

-79.4 -15.2 36.2

8.7 72.9 106.8

-110.0 -45.8 62.7

-165.3 -101.2 75.8

-9.8 54.4 41.8

-102.6 -38.4 31.3

-93.1 -28.9 22.1

-76.7 -12.5 25.3

-63.0 1.1 32.3

-98.7 -34.5 21.4

-37.9 26.3 21.9

-73.8 -9.6 29.1

BaseLine

yymm dd[ Baseline Length


I am mm mm

90 10 5J 7659919188.9 60.1 25.690 11 91 7659919125,9 -2.9 24.7

90 12 4J 7659919137.5 8.8 23.591 1 23J 7659919088.2 -40,5 18.9

91 2 12J 7659919122.6 -6.1 18.991 3 14] 7659919136.8 8.1 15.1

91 4 31 7659919172.6 43.8 20.5

91 5 8J 7659919128.3 -.5 15.0

91 6 12J 7659919140.5 11.8 15.5

91 7 17J 7659919137.5 8.8 14.4

91 8 71 7659919117.3 -11.5 18.0

91 9 51 7659919153.6 24.9 21.7

91 10 30J 7659919106.4 -22.4 12.7

91 11 13J 7659919115.5 -13.3 9.5

91 12 12[ 7659919152.2 23.5 18.7

Table 7.304

smnary for G_-MATERA

Baseline Transverse


mm nnm mm

92.0 13.6 6.9

95.1 16.4 7.5

84.8 6.2 8.4

73.0 -5.7 6.4

85.0 6.4 5.2

94.7 16.0 5.4

81.4 2.7 6.5

71.5 -7.1 5.5

86.6 7.9 6.4

77.3 -1.4 6.0

67.7 -11.0 6.2

84.2 5.6 6.2

67.2 -11.4 5.2

67.5 -11.2 4.7

72.2 -6.4 5.3

Baseline Vertical


atom mm amen

-242.8 -117.2 37.1

-32.7 92.9 33.7

-107.6 18.0 43.6

-99.4 26.3 25.6

-160.0 -34.4 25.4

-130.0 -4.3 22.0

-126.1 -.5 26.2

-116.3 9.4 20.5

-142.4 -16.7 20.6

-115.6 10.1 18.2

-84.6 41.1 21.0

-100.0 25.7 24.3

-141.3 -15.7 16.2

-128.1 -2.5 15.2

-151.6 -26.2 20.3

yy am ddJ

88 12 22J

9o 8 21191 3 29l

Table 7.305

Baseline sumnaryfor_-t_DICIIIA

Baseline Leneth Baseline Transverse Baseline Vertical

J Value Residual Sigma Value Residual Sigma Value Residual Sigma

I ._ am am mm mm mm men ._a

7266952151.2 .7 15.2 112.4 26.1 7.8 --99.8 18.4 26.1

7266952155.9 5.3 5.5 96.7 10.4 4.4 -116.7 1.5 9.6

7266952144.9 -5,6 5.6 67.8 -18.5 4.4 -122.6 -4.4 10.2

amddlII

91 11 25[

Tab].,, 7.306

BaseLine aum_ry for GILCREEK-MIZ_SGSI

Baseline Length J Baseline Transverse I Baseline Vertical

Value Residual Sigma J Value Residual Sigma J Value Residual Sigma

am am am I am am am J am am am5134268165.5 .0 16.4 I -1176.0 .0 11.1 [ -594.5 .0 34.6

7.217

Bassi_Ins

yy .v. ddl Baseline Lenath


I m _ e_a

89 11 20[ 5522166146.1 -32.6 30.4

90 1 241 5522166157.3 -21.4 18.890 3 28J 5522166144.8 -33.9 12.7

90 7 21j 5522166183.5 4.8 36.4

90 8 12] 5522166174.7 -4.0 32.3

90 11 181 5522166225.8 47.1 15.0

91 7 10J 5522166225.5 46.8 22.1

Table 7.307

s_ £oz G]D.£_E]_-liiOBn' EHBaseline Transverse


wln Iron mm73.0 --27.9 14.0

86.9 -14.0 8.9

100.8 -.1 6.1

114.6 13.7 14.2

98.8 -2.1 12.6

108.3 7.4 8.0

114.5 13.7 9.5

Baseline Vertical


._ ee_ mm77.7 27.0 61.8

78.3 27.6 40.999.5 48.9 25.8

120.8 70.1 72.7

114.3 63.6 61.4

-64.0 -114.6 31.0

34.9 -15.7 45.3

.mddl

89 7 lOI

89 7 191

89 9 111

91 3 14l

Table 7.308

BasolJJN aumaryfor_-HOIO

Baseline Lanath Baseline Transverse

J Value Residual Blame Value Residual Sigma

J men mm _D m_ men ram.7973487667.1 -9.3 15.2 128.0 5.4 5.4

7973487674.0 -2.4 13.5 118.8 -3.7 6.7

7973487707.8 31.3 20.1 122.4 -.2 6.1

7973487655.0 -21.4 29.9 111.4 -11.2 10.8

Baseline Vertical


men .me we.

-129.1 14.0 19.1

-170.2 -27.2 20.7

-104.2 38.9 26.0

-198.3 -55.2 41.2

YT' mmddl

II

90 9 71

Table 7.309

Baseline statuary for _-IBAO 140

Baseline Lensth ] Baseline Transverse J


m -_ m I m m m I5034558667.3 .0 6.1 I 35.1 .0 4.4 I

Baseline Vertical I


mm mm mm J

-89.7 .0 14.7 I

yym ddlII

90 2 ZOJ

90 2 llJ

Table 7.310

Base14ne summazy for _-PIRFIMkTS

Baseline Lenath [ Baseline Transverse [

Value Residual Siena I Value Residual Sigma l

3999058533.3 -9.1 11.2 J 54.0 5.6 4.9 J

3999058552.6 10.2 11.9 J 42.1 -6.4 5.3 I

Baseline Vertical I


em_ _D emw ]

43.8 32.9 33.5 J

-22.2 -33.1 33.5 I

mmddlII

90 2 5190 2 61

Table 7.311

Baseline summary ¢oz GI_.C_EEI[-IW]_I)XS

Baseline Lensth J Baseline Transverse 1


m m. " I m -- " I3923759634.4 -8.2 11.9 I 56.5 -1.8 5.5 J

3923759649.4 6.8 10.8 I 59.5 1.2 4.6 I

Baseline Vertical I


mw mm mm I

-1.5 21.0 34.5 [

-38.2 -15.7 29.8 I

zz -- ddlII

89 11 21

89 11 3J

90 10 8J

90 10 91

Table 7.312

Baseline sun_ax7 for GXL(2LEEC-(_XHCY



em_ ..m ewe men Jn mm

3227111803.8 12.9 12.2 45.5 7.1 6.3

3227111799.4 8.5 13.1 40.1 1.7 6.9

3227111778.4 -12.5 11.3 33.9 -4.5 5.6

3227111785.5 -5.3 11.8 36.2 -2.1 5.5

Baseline Vertical


-33.5 -25.2 41.7

11.2 19.6 46.7

2.3 10.6 40.2

-i0.1 -1.8 41.4

mmdd]II

90 1 31190 2 11

Table 7.313

Base]ins stm_ary for G_-SANPAULA

Baseline Length J Baseline Transverse [


m m m I _ m m I3841665979.1 -7.2 13.6 I 63.2 1.1 5.8 I3841665993.3 7.1 13.5 I 61.2 -.9 5.3 J

Baseline Vertical


.T. mm mm

-19.3 16.0 39.6

-51.3 -16.0 39.7

7.218

T_ 7.314

Buol/ne susmtaEy for _-SAHTIA12

_ ddJ Baseline LenKth J Baseline Tr_sverse J

J Value Residual Siva J Va_e Residual Siva J

I = = =I = = =I91 12 18J 10696510857.0 4.6 39.4 J 1562.0 -4.1 10.0 I

91 12 19J 10696510850.0 -2.4 28.7 J 1569.7 3.6 9.5 ]

Baseline Vertical


n_n mm mm

728.1 3.3 28.3

722.8 -2.0 21.8

yymm ddl

II

90 8 9J90 8 loJ

Table 7.315

BaseLine 8_uiz]r for GILCREEK-SEAITIJE1

Baseline LenKth J Baseline Transverse J

Value Residual Siama J Value Residual SiEma I

mm .. .m l Im " "" I

2429596196.6 -11.8 9.8 J 23.2 4.4 5.6 I

2429596225.7 17.6 11.9 J 12.3 -6.5 6.7 J

Baseline Vertical

Value Resldua_ Sigma

mm mm mm

91.0 60.3 42.4

--61.4 --92.1 52.4

Table 7.316

Base]_Lna sumazy for GIIX31EEK-SEST

7Y mm ddJ Baseline Lenath J Baseline Transverse I

J Value Residual Siama I Value Residual Sigma J

I = = = I -- m = I90 5 24J 10683593348.3 17.8 32.6 J -55.1 10.0 12.6 J

90 5 251 10483893307.0 -23.5 37.5 J -78.2 -13.1 14.4 J

Baseline Vertical J


mm nvn win J

-93.6 12.4 24.3 J

-123.5 -17.5 28.9 J

yymm ddJ

II

86 6 141

Table 7.317

BaseLine au.u-az7 for GILCREEK_

Baseline Length l Baseline Transverse J


m = = I m = = I6619027546.9 .0 69.4 J 141.8 .0 43.2 J

Baseline Vertical


mm mm mm

235.9 .0 155.1

yymm ddJ

II

91 11 9]91 11 1el91 12 lOJ

91 12 15191 12 21191 12 31l

Tahla 7.318

Baseline aumaryfor G_-_[ESILI_

Baseline LenKth


mm mm mm

5678966116.2 24.5 13.6

5678966102.9 11.2 8.9

5678966087.9 -3.8 11.5

5678966084.4 -7.4 8.4

5678966089.5 -2.2 10.4

5678966069.4 -22.3 13.6

Baseline Transverse


._n mm mm

205.4 -.5 5.3

207.7 1.8 4.3

203.5 -2.5 6.7

203.8 -2.1 4.2

207.0 1.1 4.6

209.2 3.2 5.5

Baseline Vertical


mm rnm mm

--382.1 --23.8 26.4

--359.5 --1.3 18.0

-344.9 13.4 23.2

-368.5 -10.2 16.8

-349.9 8.4 20.9

-331.0 27.3 30.1

TY mm ddl

II

90 8 2J

go 8 3J

90 8 4J

Table 7.319

Baseline summIEyforGILCREEK-_



mrn mm mm n_ mm mm

2318448276.9 --.1 10.3 11.1 --3.8 5.1

2318448284.3 7.2 12.1 13.3 --1.6 5.9

2318468270.3 --6.8 11.8 20.6 5.6 5.4

Baseline Vertical


mm mm mm

8.2 16.0 42.8

--6.8 .9 48.4

--30.7 --22.9 50.1

TY mm ddl

II

84 8 25 I

85 9 5J

Table 7.320

Baseline amnaary for GILCREEK-I_IJJ3kIQi

Baseline Lenath J Baseline Transverse J

Value Residual Siama J Value Residual Sigma I

mm mm mm J mm mm mm I

1631193649.9 -7.2 7.2 J 56.1 7.2 5.2 J

1631193662.2 5.0 6.0 J 44.0 -4.9 4.3 J

Baseline Vertical [


mm mm mm I

155.3 32.8 43.1 J

101.2 --21.3 34.7 J

7219

,,- ddlJI

91 7 11

91 7 13J

91 7 141gl 7 18191 7 19J

91 7 231

91 7 24 I

91 8 4J

Table 7.321

Basel.the al_maz,j' for GXIX:II:_D_-YLGiI7296

Baseline Lsnsth

Value Residual BlSn_mm mm

1630815494.0 -2.4 2.8

1630815492.0 -4.3 4.9

1630815493.3 -3.0 4.9

1630815502.0 5.6 3.9

1630815495.5 -.9 3.9

1630815489.3 -7.1 4.0

1630815498.1 1.7 3.9

1630815501.7 5.3 2.9

Baseline Transverse

Value Residual Sts.m,amat mm ,am,m,

1015.6 -1.1 2.4

1010.3 -6.4 4.6

1024.5 7.8 4.4

1019.6 3.0 3.6

1019.6 2.9 3.5

1024.8 8.1 4.0

1011.3 -5.4 4.1

1013.8 -3.1 2.4

Basellne Vertical


mm mm mm

111.5 --7.1 10.5

146.3 27.7 21.2

130.6 12.0 20.4

106.8 -11.7 18.7

129.5 11.0 15.8

127.0 8.4 18.0

109.7 -8.8 16.0

115.4 -3.2 10.7

zz-- ddl

81 11 20t82 6 22182 lO 241

Table 7.322

Basel.the smma_ foz_ 085

Baseline LenTth Baseline Transverse


I mm mm ns_ M mm E_

1302373944.1 -5.5 5.6 -1.1 -7.2 5.2

1302373955.0 5.4 9.3 29.1 23.0 8.2

1302373953.9 4.3 6.1 -3.0 -9.0 10.9

Baseline Vertical


-9.3 4.4 35.6

-48.0 -34.3 50.1

2.5 16.1 39.8

yymm ddl

Ii

90 8 21J

Table 7.323

Baseline luminary for G_VI_m-.K_t._D_4

Baseline Lensth I Baseline Transverse l

Value Residual Siena I Value Residual Sigma I

8101501399.0 .0 7.1 I 121.1 .0 6.2 I

Baseline Vertical


mm nsw mw

175.5 .0 11.3

zz= ddlII

91 8 131

Table 7.324

Basa14-e s_ for G_g.I_IJ_--F.J_Z_MBaseline Lensth I Baseline Transverse I


" = = I " = = I8101442306.4 .0 10.5 I 117.6 .0 7.4 J

Baseline Vertical


nTn _ mm

175.6 .0 15.7

'Y7 "_ddl

II

90 8 21i

91 3 291

Table 7.325

BanaLine stlmary £or G_ICTliA

Baseline Lensth [ Baseline Transverse ( Baseline Vertical I

Value Residual Sigma J Value Residual Sigma J Value Residual Sisma I

8838183458.4 19.4 7.2 J 96.7 15.2 4.8 I -136.8 4.3 10.8 I

8838183419.0 -20.0 7.4 J 66.8 -14.7 4.7 J -146.1 -4.9 11.6 J

_,,- ddlII

87 11 2J

Table 7.326

Baseline aumlazn7 for G_ 7288



m m _ I -- m = I12776768.0 .0 2.2 J -3.4 .0 2.3 J

Baseline Vertical


enea mw nvn

-5.7 .0 15.6

_, "_ ddl

fI

81 11 2ol

Table 7.327

Baseline summary fez GGLDV_ 140

Baseline Len&th ] Baseline Transverse J


m " = i _ = = I3257509151.8 ,0 7.0 J 22.8 .0 5.1 I

Baseline Vertical


men n_n flln

-85.7 .0 28.2

"/7mm ddlIt

87 11 21

Tab:Is 7.328

BaseLine sumary fez GOLDV]_fl_-OVR 7853

Baseline Lansth ] Baseline Transverse J

Value Residual Sigma [ Value Residual Sisma J

= "- I " = m I258212541.4 .0 2.6 I 1.2 .0 2.0 i

Baseline Vertical J


mm mr, mm I

-21.5 .0 11.5 J

7.220

Y7 mm ddl

iI

83 8 281

Table 7.32_

Baseline s_az7 for _PRESIDIO

Baseline Lensth I Baseline Transverse i Baseline Vertical

Value Residual Sigma I Value Residual Sigma i Value Residual Sigma

mm mm --- J --- mm mm J "" -I- mm

580657651.9 .0 15.5 i -22.3 .0 11.0 I -171.8 .0 82.9

yymm ddl

iI

83 8 281

Table 7.330

BaseLine sugary for _N_DVEmJ-PT BETESBaseline Lensth [ Baseline Transverse J


= = = I m = _ I633483755.5 .0 14.2 I -52.3 .0 9.9 i

Baseline Vertical


.m_ .T. nmn

-18.7 .0 70.2

_= ddlII

82 10 241

Table 7.331

Baseline suuma_7 for _Cg-DV]_P_JCY



_ = I _ m _ I639556785.2 .0 5.5 I 27.3 .0 6.7 I

Baseline Vertical


39.0 .0 41.9

m ddlI[

83 8 28l

Table 7.332

Baseline summary for G_VEI_VRDRBERG



357563250.0 .0 9.7 I -110.2 .0 8.4 I

Baseline Vertical


.m_ mm

73.3 .0 74.9

mm ddl

II

89 5 31l

Table 7.333

BaseLine smnmary for GGRF7102-4JRAS 085



_ _ I = _ _ I2618744927.6 .0 6.5 I -6.8 .0 5.0 I

Baseline Vertical


.rn mm mm

20.8 .0 27.5

Tymm ddl

II

89 5 311

89 6 11

Table 7.334

Baseline summary for {_102-_I_

Baseline Length I Baseline Transverse l


79845258.1 -1.9 4.1 I -3.2 -6.2 3.3 I

79845266.5 6.5 7.61 23.3 20.2 6.0 I

Baseline Vertical


-24.9 -6.7 25.4

-1.6 16.5 39.8

TymmddlII

91 11 221

Table 7.335

Baseline summary for _102-SARTIAI2

Baseline Length l Baseline Transverse I Baseline Vertical


mm mm mm J mm mm --- ] mm -I- mm

7492886974.3 .0 31.6 I 1274.3 .0 10.3 J 1220.7 .0 49.4

II

91 11 221

Table 7.336

Basel/no sunnaz? for (_102-_ZELL



_ _ I = = = I6522072797.8 .0 24.5 J 47.3 .0 7.8 J

Baseline Vertical


mm mm mm

-98.2 .0 43.9

_= ddi[[

89 9 151

Table 7.337

BaseLine sumnazy for _ -HOJAVE12

Baseline Length J Baseline Transverse IValue Residual Sigma J Value Residual Sigma i

8701934679.4 .0 21.6 I 83.9 .0 8.2 I

Baseline Vertical I


134.2 .0 32.1 j

7321

yy mmddlII

69 9 13l69 9 14[

Table 7.338

BaseLine 8u_ary for GRA._flE -RoTe


Value Residual Stama J Value Residual Sisma J

1024494286.8 -2.9 4.1 J 12.6 .2 5.7 J

1024494293.0 3.3 4.4 J 12.3 -.1 4.6 J

Baseline Vertical J


me. nvn mm J

-22.8 20.0 24.1 I-57.6 -14.7 20.6 J

_ ddlII

89 9 151

Table 7.339

Baseline iumury for GRASSE -RIC_E]fl)


Value Residual Sigma J Value Residual Si_.a J

= = -- I = = -- l7392007137.8 .0 20.6 J 41.3 .0 9.4 J

Baseline Vertical j

Value Residual Siama j

me. wwn n_n J

108.8 .0 36.1 J

_/,-mddJ

II

89 9 15J

Table 7.340

Baseline m_ary fez GRASSE -tiESTFaRD


Value Residual Sisma J Value Residual Sigma J

= = = i _ = = l5890367638.7 .0 12.8 I 39.9 .0 7.5 I

Baseline Vertical l

Value Residual Sisma l

mm mm nvn I

94.4 .0 30.9 J

yy mm ddj

tI

89 g 13J89 9 14J

89 9 15169 9 171

Table 7.341

Baseline 8tu_azyforGRASSE -44ETTZELL


Value Residual SiKma Value Residual Sisma

rm_ mm _ mm w_ mm

753160843.6 --1.0 3.4 8.0 2.2 4.4

753160846.0 1.2 3.0 7.5 1.6 3.4

753160841.4 -3.3 4.1 3.2 -2.6 3.7753160848.0 3.3 4.7 5.2 -.7 3.3

Baseline Vertical

Value Residual $iKmamen _ n_.

16.1 7.9 15.6

7.2 -1.0 12.7

-25.7 -33.9 23.9

18.3 10.1 17.5

mm ddl

II

88 6 26l

88 7 2l88 7 lol

Table 7.342

BaseLine summary foz_-EAUAI

Baseline LenEth Baseline Transverse

Value Residual Sigma Value Residual Sisma

mm ._ mm men mm men

386841603.6 --3.2 8.1 --25.0 --31.8 8.5

386841608.0 1.1 8.4 -7.2 -14.0 9.3

386841607.1 .3 3.0 14.7 7.9 3.6

Baseline Vertical


mm

-36.0 -74.5 54.5

-48.5 -86.9 55.4

59.7 21.2 19.9

-,,, ddlII

88 6 26J

66 7 2188 7 101

Table 7. 343

BaseLine summary fez _-I_lLaVE12

Baseline Lenath Baseline Transverse Baseline Vertical

Value Residual Sigma Value Residual Siama Value Residual Sigma

4090637528.8 -17.6 19.2 63.9 7.3 9.8 -44.6 52.5 57.3

4090637510.2 -36.1 19.5 51.0 -5.5 11.2 -130.9 -33.9 61.0

4090637555.1 8.7 7.8 55.6 -.9 5.4 -101.5 -4.5 25.5

y'y mm dd

89 12 21

90 2 9

90 3 16

90 4 2790 5 16

90 5 24

90 5 25

90 6 20

90 7 18190 8 91

Table 7.344

BaseLine s_nazTfo¢HAR_RAO_B

Baseline Length


m_ mm mm

9167618287.2 -49.7 61.4

9167618305.9 -30.9 51.6

9167618268.4 -68.4 99.5

9167618305.1 -31.7 34.9

9167618268.3 -68.5 42.1

9167618421.1 84.2 42.8

9167618475.9 139.0 32.0

9167618171.1 -165.7 61.7

9167618338.8 1.9 36.2

9167618239.6 -97.2 .31.2

Baseline Transverse


mm mm

-48.5 22.6 16.2

-69.9 1.1 19.4

-96.9 -25.8 32.2

-63.4 7.7 8.3

-61.3 9.8 10.5

-41.9 29.1 12.7

-62.6 8.4 10.0

-68.9 2.1 11.8-77.8 -6.8 9.7

-59.9 11.1 9.7

Baseline Vertical


mm mm mw

-184.1 -80.9 73.1

-192.1 -88.8 79.6

-112.7 -9.5 105.5

-133.3 -30.0 63.9

-227.4 -124.1 52.7

67.6 170.8 44.2

-43.5 59.7 32.3

6.3 109.6 82.3

-232.5 -129.3 49.3

-39.1 64.2 47.5

7.?.22

:,'7 mm ddJ

II

90 9 14J

90 10 16J

90 11 81

90 12 131

91 1 lOJ

91 2 12191 4 161

91 5 161

91 s 25191 7 9191 7 19191 8 22191 9 lol9i i1 2119i i2 lii91 12 181

91 12 19J

Baseline Length

Value Residual

mm I_

9167618250.3 -86.5

9167618374.0 37.2

9167618270,7 -66.2

9167618315.3 -21.5

9167618249.3 -87,6

9167618421.3 84.5

9167618358.3 21.5

9167618230.6 -106.2

9167618346.5 9.7

9167618330.3 -6.5

9167618289.6 -47.2

9167818343.5 6.7

9167618366.5 29.7

9167618359.1 22.2

9167618407,3 70.4

9167618348.7 11.8

9167618372.2 35.4

Table

Sigma

.T.

41.1

37.5

40.3

61.8

50.4

46.7

26.1

45.9

50.8

45.5

21.5

50.4

43.3

26.6

22.0

40.0

29.6

7.344 (cont2nued)

J Baseline Transverse


eva ... mm

-74.5 -3.5 13.8

-73.8 -2.8 12.7

-73.5 -2.4 13.5

-56.2 14,8 17.0

-64.3 6.8 16.3

-52.2 18.9 11.4

-81.6 -10.6 9.9

-69.7 1.4 13.0

-75.6 -4.6 14.1

-105.7 -34.7 11.5

-63.4 7.7 9.1

-60.1 11.0 13.0

-67.0 4.0 i0.9

-74.2 -3.2 10.0

-88.6 -17.6 8.8

-83.3 -12.3 9.0

-85.4 -14.4 g. 4

J Baseline Vertical


mm .wn .n

-161.9 -58.7 61.9

-51.9 51.4 59.2

-211.2 -107.9 60.7

-89.6 13,6 76.4

-211.1 -107.8 68.5

-95.1 8.1 65.6

-105.3 -2.0 25.9

-157.7 -54.4 53.5

-111.1 -7.9 60.2

-157,0 -53.8 57.1

-104.6 -1.3 21.6

-49.7 53.5 68.6

30.1 133.3 54.2

-155,7 -52.4 29.7

-63.4 39.8 24.0

-83.6 19.6 37.6

-129.2 -26.0 28,2

== ddfJ Value

J m90 5 24J 11181747911.9

90 5 25J 11181747891.6

91 4 161 11181747766.5

91 7 19J 11181747667.0

91 12 18J 11181747718.1

91 12 191 11181747678.9

Table 7.345

Base]..tne sunu_y for HA_ "-[ASIH]_4Baseline Length

Residual Sigma

mm Hxn

168.5 50.7

148.2 33,8

23.0 31,0

-76.4 23,7

-25.3 44.0

-64.5 30.2

Baseline Transverse


finn mm mm

140.1 -45.8 14.8

180.7 -5.2 13.6

195.3 9.5 12.3

165.4 -20.5 10.7

216.2 30,3 11.6

202.7 16.8 Ii.5

Baseline Vertical


_ra wra mm

-8.8 75.2 25.8

-38.2 45.8 19.1

-120.3 -36.3 19.4

-i01.4 -17.5 14.9

-87.8 -3.8 26.1

-105.3 -21.3 19.4

Table 7.346

Blulellne summ_ry for _

yy mm ddJ Baseline Length J Baseline Transverse

J Value Residual Sigma J Value Residual Sigma

I = = -_ I -- -- --90 4 4J 11181845850.2 -83.2 68.8 J 201.9 -22.0 18.4

90 5 91 11181845947.6 14.2 28.4 I 230.6 6.7 10,1

Baseline Vertical j


-153.5 -86.7 46,5 I

-52.5 14.2 18.8 I

Table 7.347

BlmeEine au_mL--f foz__

7Y mm dd I Baseline LenKth Baseline Transverse

I Value Residual Sigma Value Residual Slf_aa

I mm mm _In mm mm mm

90 5 241 12723069165.4 109.5 55.6 -144.2 18.7 14.5

90 5 251 12723069156.1 100.2 38.8 -137.4 25.6 13.0

91 12 181 12723069016.7 -39.2 51.8 -174.2 -11.2 11.9

91 12 191 12723068932.2 -123.7 37.6 -186.0 -23.0 12.0

Baseline Vertical


mm .am .w_

-296.4 62.8 14.5

-338.4 20.7 14.0

-393.7 -34.5 12.8

-390,4 -31.2 12.7

73' "" ddJ

II

91 ii 2ol

Table 7.348

Baseline sumwu_1 for _ -MAI"ERA

Baseline Len8th I Baseline Transverse I


= = = I = = m I7032844472.9 .0 16.6 I 111.4 .0 6.7 I

Baseline Vertical J


mm I_n mm J

210.0 .0 27.0 J

7.223

BaseLtnm

y> mm ddJ Baseline Lensth


I mm ._ mm

89 12 22J 12260678951.4 -93.8 46.9

90 I 3ol 12260678979.1 -66.1 27.8

90 4 241 12260679037.5 -7.7 30.090 5 221 12260679034.6 -10.6 22.090 6 26J 12260679031.2 -14.1 36.2

90 7 201 12260678991.1 -54.1 45.5

90 8 141 12260679124.5 79.3 69.3

90 9 281 12260679045.6 .4 37.7

90 10 191 12260678998.9 -46.3 32.6

90 11 271 12260679068.3 23.0 23.7

90 12 111 12260679075.8 30.5 25.2

91 1 171 12260679060.9 15.6 43.9

91 2 141 12260679093.3 48.0 24.3

91 3 261 12260579039.8 -5.4 32.8

91 4 241 12260679148.2 103.0 27.3

91 5 81 12260678968.5 -76.7 34.6

91 6 121 12260679041.9 -3.3 29.791 7 17J 12260678981.8 -63.4 24.6

91 8 71 12260679059.6 14.3 25.7

91 9 5l 12260679063.4 18.2 24.9

91 10 301 12260679063.7 18.5 26.2

91 11 131 12260679054.3 9.1 25.9

91 12 121 12260679041.1 -4.1 21.5

Table 7.34g

mma_r for _ -HO3&VE12Baseline Transverse

Value Residual Sigmam_ mm mm

-27.2 33.6 16.4

-25.1 35.7 11.5

-46.8 14.0 11.6

-42.6 18.2 10.6

-30.1 30.7 12.3

-45.8 15.0 14.9

-33.9 26.9 15.8

-47.2 13.6 12.9

-27.3 33.5 13.1

-60.4 .4 11.9

-89.8 -29.0 11.4

-67.1 -26.3 15.4

-71.4 -10.6 11.1

-54.8 6.0 13.5

-92.4 -31.6 13.2

-57.9 2.9 13.6

-98.6 -37.8 12.0

-34.6 26.2 10.2

-95.6 -34.8 11.0-75.9 -15.1 11.0

-54.1 6.7 9.7

-74.9 -14.1 10.5

-82.0 -21.2 8.6

Baseline Vertical


mm n_ mm

239.2 -65.9 26.5

244.6 -60.5 19.3

283.9 -21.2 18.1

292.8 -12.3 14.8

273.0 -32.1 19.4

303.4 -1.7 28.8

352.2 47.1 29.7

279.0 -26.1 20.9

304.0 -I.i 19.3

320.3 15.2 15.7

315.0 9.9 15.9

332.2 27.1 25.0

321.0 15.9 15.8

289.2 -15.9 20.9

329.7 24.6 20.3297.1 -6.0 20.5

347.3 42.2 18.2

283.0 -22.1 15.0

350.3 45.2 15.9

316.1 11.0 15.4

308.4 3.3 13.6

318.0 12.9 14.2

294.9 -10.2 11.6

Ty,,,', ddlII

91 5 8J

91 7 17j

91 8 7J

91 9 5J

Table 7.350

Baseline suBBaryforB&ETRAO-IK)TO



men m_ mm m_ m_ mm

6713445685.7 --35.0 21.5 73.1 5.3 8.9

6713445718.7 --2.0 14.4 65.8 --2.0 6.8

6713445741.8 21.1 14.3 69.0 1.3 7.5

6713445717.4 --3.3 13.9 65.3 --2.4 7.2

Baseline Vertical

Value Residual Sigmamm mm -_

58.6 -55.6 44.4

61.2 -53.1 26.0

145.1 30.7 27.8157.6 43.2 25.4

Table 7.351

Baseline suumazy for _ --IW_085 3

_xn ddJ Baseline Lenath J Baseline Transverse JI Value Residual Sigma I Value Residual Sigma I

91 11 2ol 10971697931.3 .0 28.4 J -30.9 .0 11.2 J

Baseline Vertical J


rm_ _ mm I

290.6 .0 21.3 I

. .,mddlII

91 11 21J

91 12 11J91 12 18191 12 191

Table 7.3.52

Baseline sunmaryfozHAR33MK)-SANTXA12


Value Residual Sigma Value Residual Sigma Value Residual Sisma

m _ wsw n_. Din _ m_ END mm

8424406048.7 -30.2 25.1 -1753.6 -20.1 10.9 1135.8 -5.4 33.6

8424406133.1 54.1 27.6 -1730.6 3.0 11.1 1146.0 4.9 31.9

8424406077.4 -1.6 42.8 -1729.6 3.9 10.8 1158.6 17.5 50.9

8424406058.9 -20.0 30.0 -1722.6 11.0 10.0 1133.3 -7.8 33.9

Baseline

yy mm ddJ Baseline Length


90 4 41 10160763353.3 -92.4 62.290 5 9i 10160763504.3 58.5 24.391 4 161 10160763473.5 27.7 28.4

91 7 191 10160763401.6 -44.2 24.2

91 10 8i 10160763455,2 9.5 41.4

91 12 161 10160763407.7 -36.1 47.7

91 12 19l 10160763391.8 -53.9 49.0

Table 7.353

sugary for_-SESHAH25Baseline Transverse


mm mm mm

195.6 -24.2 18.2

220.2 .4 9.2

215.3 -4.5 12.3

190.1 -29.7 11.0

231.2 11.3 16.4248.6 28.8 12.8

246.7 28.9 14.5

Baseline Vertical


nvn .ran nln

-89.0 -75.6 51.6

-11.7 1.7 20.1

-34.5 -21.2 22.1

-39.7 -26.4 19.5

32.4 45.7 29.8

43.8 57.2 38.5

64.5 77.9 40.7

7.224

77 mm ddl

II

90 5 24190 5 251

Table 7.354

Baseline su_ax-y for _ -SEST

Baseline Length I Baseline Tzansverae I


8572702592.6 22.3 41.7 I -98.3 2.8 14.5 I

8572702552.2 -18.0 37.5 I -104.3 -3.2 15.5 J

Baseline Vertical


mm ,w, ,m_

229.4 -6.4 49.1

240.4 4.5 41.2

_= ddllI

84 4 271

89 lO 241

Table 7.355

BaseLine aun_ar_ for __



= = = I = = = I4032976720.4 -12.9 6.5 I 35.6 8.8 8.3 1

4032976770.3 37.0 11.0 I 15.7 -11.1 7.1 J

Baseline Vertical


-51.1 14.6 26.5

-80.i -14.4 26.3

yy mm ddl

ll

83 6 30 I

87 10 191

Tab]_ 7.356

BaseLine _ for _-3PL MV1


Value Residual Siama J Value Residual Sigma J

== == == I == == == I789070042.4 30.9 5.7 I -66.2 -43.4 6.7 J

789069956.1 -55.5 7.6 I 2.1 24.9 5.1 I

Baseline Vertical


.m. -,_ mm

24.5 -i0.i 38.6

50.7 16.2 48.8

yymm ddl

II

90 10 11J

Table 7. 357

BaselSLne sumnaz7 for BA..TC2_[_4

Baseline Lenath l Baseline Transverse I


7557379013.8 .0 25.8 J 119.1 .0 8.7 J

Baseline Vertical


mm mm mm

150.1 .0 40.0

yy mm ddl

II

87 7 161

87 7 181

Table 7.358

Baseline au_ry for HA__-KI_IAK

Baseline Lenath l Baseline Transverse I


= ms i -_ = ms J2870190264.3 -2.9 11.8 J 30.3 1.3 7.0 I

2870190268,7 1.5 8.7 J 28.5 -.6 4.7 J

Baseline Vertical


.m_ st. em_

-24.2 -47.3 46.047.0 23.8 32,6

),_mmddlII

83 S 301

Table 7.359

BaseLine su_ry for E_I::_IE_X_


Value Residual Sigma _ Value Residual Sigma

mm mm "" I ms mm =am I

414535909.7 .0 9.3 J -7.4 .0 6.6 J

Baseline Vertical


ms eve, mm

-52.4 .0 49.4

Y7 mm ddl

II

90 Z 10190 2 111

Table 7.360

BaseLine sumBaz7 for HATCRE_-PIRFLATS

Baseline Lenath ] Baseline Transverse I

Value Residual Sigma ] Value Residual Sigma l

= = ms I = = ms [914296115.7 -10.1 4.9 J 16.5 3.6 3.8 I

914296137.2 11.4 5.2 I 8.4 -4.5 4.3 I

Baseline Vertical


.w_ _ ms

I0.5 8.5 33.0

-6.7 -8.7 33,6

77 mm ddl

I89 i 25189 1 28190 2 5_

90 2 61

Table 7.361

BaseLine sL_Barf for _REEX-PVERDES



mm me. ram mm m_ mm

830152849.6 17.2 7.6 27.0 2.5 4.7

830152858.7 26.2 7.2 21.8 --2.7 5.2

830152817.8 -14.6 5.4 25.9 1.4 4.3

830152825.0 -7.4 4.9 23.4 -1.1 3.5

7.225

Baseline Vertical


mm mm ,,_

1.4 -3.4 37.7

40.7 36.0 37.5

18.7 13.9 33.2

-25.4 -30.2 29.0

yTm ddJ

II

89 1 29J

89 1 30 J

90 1 31J

90 2 lJ

TabLe 7.362

Basalinem_azTfor_-SAHPADLA

Baseline Lonsth Baseline TransverseValue Residual Sigma Value Residual Sisma

mm nwn _n nun u_ emw

745783179.7 4.3 5.8 24.4 -1.7 4.8

745783194.5 19.1 5.3 26.3 .3 5.5

745783158.7 -16.7 5.5 31.9 5.9 4.7

745783167.7 -7.7 5.7 22.5 -3.5 4.1

Baseline Vortical


mm n_ wen56.8 70.3 33.8

-69.6 -56.2 34.2-25.3 -11.9 38.6

-21.4 -7.9 38.5

== ddlII

87 7 26J

Table 7.363

Baseline mmmazy for _-SJDPOINTBaseline Lonsth J Baseline Transverse J Baseline Vertical

Value Residual Sisma J Value Residual Stsma J Value Residual Stsma_m w " I " "_ " I = " =

3229864839.0 .0 492.1 J -63.0 .0 76.1 J -882.5 .o 1904.4

y'y' ,-'- ddJ

II

87 8 8J

87 8 14J

87 8 151

TabLe 7.364

BasaLLne m_aryfoz_-TAK&TAC_

Baseline Lensth Baseline Transverse Baseline Vertical

Value Residual Sigma Value Residual Sisma Value Residual Sisma

mm mm .In mw mm nu_ wen mm ._n

2569202492.1 -1.9 15.2 108.8 6.7 12.6 -106.4 -20.1 57.8

2569202503.6 9.5 9.7 105.0 2.9 4.2 -71.2 15.1 41.3

2569202482.7 -11.4 11.1 95.8 -6.3 5.5 -92.4 -6.1 46.3

y,J' =In ddJ

II

90 8 211

Table 7.365

BaseLine sumaazT fez _T_X--KASHIM34


Value Residual Sisma J Value Residual Sisma J= :: " I m_ .m = I

9501718942.1 .0 7.6 J 173.3 .0 5.9 J

Baseline Vertical


mm .vn men

167.4 .0 11.5

_= ddlII

84 8 31J

84 9 3J

91 8 13J

Table 7.366

Basel/no s_forHAYSTACK-KASHIMABaseline Len&th Baseline Transverse

Value Residual Siena Value Residual StKmanTn wwn mm n_ mm wrn

9501780074.3 105.7 19.7 111.7 -26.5 5.2

9501779991.9 23.4 34.1 104.2 -34.1 8.6

9501779928.1 -40.5 11.8 203.0 64.8 6.7

Baseline Vertical


mm "I" mm

38.0 -112.1 21.8

77.7 -72.3 35.5

220.6 70.6 15.5

-,-, ddTiI

89 7 7l

Table 7.367

Basel/no susmaz_v for HAYS2ACK--KI_IAK


Value Residual Sigma J Value Residual Slsma J

= = = i = = = I5466172815.5 .0 19.5 I 63.5 .0 5.9 J

Baseline Vertical

Value Residual Si_jna

mm _tn mm

89.0 .0 42.0

yy mm ddl

lI

82 6 19 I

82 6 201

TabZe 7.368

Basel/he su_az7 for _-MARPOINT

Baseline Len6th J Baseline Transverse J


= = = I = = = I677293406.4 -1.6 4.4 J 16.7 4.1 3.2 J

677293409.8 1.7 4.5 I 8.5 -4.1 3.2 J

Baseline Vertical


me. w=_ mm

-25.4 7.9 22.0

-43.3 -g.g 24.6

TY=== ddJ

II

90 6 2ll91 3 29J

Table 7.369

Basal/no si_ary for HAYSTAfX-J_DICIHA


Value Residual Sisma J Value Residual Siama J

mm mn ._ J mm -I- mn I

6143998947.2 -16.2 4.8 J 57.5 7.5 4.2 I

6143998978.7 15.3 4.7 I 42.8 -7.2 4.1

Baseline Vertical


mm mm nun

-82.1 -8.9 10.0

-63.4 9.7 10.4

?.226

yy mm

89 7

69 10

89 10

89 10

89 10

89 1089 ZO

89 10

69 10

89 10

89 10

89 10

89 11

Bi_e]..tna

ddl Baseline Lensth


I mm mm .v.

301 3263328889.3 7.6 2.1

16J 3263328886.2 4.5 1.8

17I 3263328879.1 -2.5 1.5

181 3263328881.2 -.5 1.6

191 3263328878.5 -3.1 1.5

23J 3263328883.6 2.0 1.4

241 3263328878.0 -3.6 1.7

26J 3263328681.9 .3 1.6

271 3263328881.5 -.1 1.3

28J 3263328874.8 -6.9 1.329J 3263328885.4 3.8 1.3

311 3263328880.5 -1.1 1.5

lJ 3263328885.7 4.1 1.5

TahlJ 7.370

e_ for HAT_TJ_K-PIETOkW

Baseline Transverse


m _ m

4.0 -2.4 2.1

10.7 4.3 1.9

7.0 .6 1.8

7.3 .9 1.8

1.2 -5.2 1.7

8.0 1.6 1.7

7.6 1.2 1.8

10.7 4.2 1.8

6.1 -.3 1.6

3.3 -3.1 1.61.3 -5.2 1.6

5.8 -.7 1.6

11.9 5.5 1.7

Baseline Vertical


fl]n rrm

82.9 3.0 6.8

85.1 5.2 5.5

73.7 -6.2 5.0

75.9 -4.1 4.9

94.1 14.1 4.7

80.9 1.0 4.470.8 -9.1 5.0

75.3 -4.7 4.877.1 -2.8 4.0

71.7 -8.3 4.3

88.1 8.2 4.2

77.7 -2.2 4.6

87.1 7.2 4.6

Tymm ddl

II

84 4 27J

Tabl_ 7.371

Basel_ =uumaury for H_-PLA_


Value Residual SiKma J Value Residual Sigma I

= = = I = = = I2753205376.2 .0 11.11 39.7 .0 6.7 I

Baseline Vertical


mm n0[n nw.

133.0 .0 47.5

_._ ddlII

89 10 241

Table 7.372

BaseLine sue_ary for HA._TACK-PEESIDIO

Baseline Length I Baseline Transverse IValue Residual Sigma I Value Residual Sigma I

= -_ I = = -_ I4224649418.2 .0 15.9 j 57.1 .0 8.5 I

Baseline Vertical

VaLue Residual Sigma

mm mm mm

125.9 .0 40.1

Tymm ddl

II

83 5 6l

Table 7.373

Basel/he summary for __32

Baseline Lensth I Baseline Transverse jValue Residual Sigma J Value Residual Sigma I

5299699239.4 .0 26.0 I 111.6 .0 7.1 J

Baseline Vertical


mm mr. mm

-36.2 .0 56.4

yymm ddJII

69 lo 241

Table 7.374

Baseline s_Immrf for _-VBDRBERG


Value Residual Sigma I Value Residual Sigma Im., "" = I "" "" " I

4229299763.8 .0 11.5 J 84.0 .0 7.5 J

Baseline Verbical


53.0 .0 27.5

_= ddlII

89 7 27l

Table 7.375

BaseLine summary for HA_VSTACK-YAEAT_

Baseline Length I Baseline Transverse IValue Residual Sigma J Value Residual Sigma J

= = = I = = = I4895243303.3 .0 14.1 l 94.1 .0 5.0 l

Baseline Vertical


men IMn .v.

64.6 .0 33.2

_== ddl

90 3 23

90 3 28

90 5 24

90 5 25

90 6 23

90 7 21

Table 7.376

Basel/he atm==sucy for]K_SART2G-KASHIM34

Baseline Length


mm mm r_n

8071309341.9 18.4 7.0

8071309331.8 8.4 11.2

8071309336.8 15.4 20.5

8071309360.8 57.3 19.9

8071309334.7 11.2 25.6

8071309340.2 16.8 30.5

Baseline Transverse


-4.3 24.4 5.9

-18.6 10.1 6.5-39.2 -10.5 8.7

-24.8 4.0 9.8-47.8 -19.1 9.3

6.0 34.7 15.5

Baseline Vertical


esn .T. ._.

-46.1 -14.8 10.9

-83.1 -51.8 18.1

-54.6 -23.4 27.5

7.5 38.6 27.8

20.0 51.2 33.7

-55.7 -24.5 45.4

_Py mm

90 9

90 I0

90 11

90 12

91 2

91 3

91 4

91 5

91 7

91 7

91 12

91 12

ddJ Baseline Length

I Value Residual Silma

llJ 8071309283.2 -40.3 28.7

6J 8071309312.1 -11.4 15.1

18J 8071309336.1 12.6 18.3

181 8071309250.0 -63.4 27.3

25] 8071309326.8 3.3 25.8

251 8071309292.6 -30.9 22.1

161 8071309330.4 6.9 19.1

151 8071309328.2 4.7 20.2

lOJ 8071309292.9 -30.6 26.7

191 8071309290.5 -32.9 15.3

18J 8071309259.2 -64.3 18.5

19J 8071309287.2 -36.3 17.9


Baseline Transverse

Value Residual S£smamm mm

-14.5 14.3 12.4

-26.1 2.7 7.7

-1.5 27.2 8.8

-12.0 16.8 11.1

-30.3 -1.6 10.3

-28.1 .6 8.9

-38.8 -10.2 9.7

-56.5 -27.8 9.0

-36.6 -7.8 10.0

-42.8 -14.1 8.2

-38.4 -9.7 7.7

-58.7 -29.9 7.9

Baseline Vertical

Value Residual Sigmam mn .we

-60.1 -28.9 37.3

-107.7 -76.4 23.8

-63.3 -32.1 29.1

55.7 86.9 41.2

40.7 72.0 36.7

-21.5 9.8 29.5

-20.0 11.2 26.9

-26.7 4.5 32.8

-16.9 14.4 41.3

7.1 38.3 21.7

-1.1 30.2 24.6

58.8 90.1 24.1

y_ ..rn

89 9

89 11

89 12

89 12

90 2

90 3

90 3

g0 4

90 6

dd

27

26

19

20131231

281141291

Berne1 ll_e

Baseline Lensth


mm mm

8071140691.0 51.3 29.8

8071140646.1 6.4 12.7

6071140643.2 3.5 14.4

8071160648.3 8.6 10.7

8071140651.9 12.2 12.3

8071140628.4 -11.3 7.9

8071140634.4 -5.3 11.8

8071140609.2 -30.5 18.6

8071140643.4 3.7 10.0

Tsbla 7.377

suuma_r£o:BOS_]_26-E&SH2H&Baseline Transverse

Value Residual Sl_a

men Bin mm

-11.8 -.4 11.0

-5.8 5.6 7.4

1.3 12.7 5.9

-14.5 -3. I 5.9

-21.3 -9.9 6.6

-2.6 8.8 6.1

-17.7 -6.3 6,6

-17.0 -5.6 9.6

-17.9 -6.5 6.2

Baseline Vertical


m_ _m mm

-28.4 26.6 42.4

-71.5 -14.8 18.4

-35.3 21.4 20.2

-60.9 -4.2 17.8

-28.0 28.7 21.1

-35.8 21.0 11.8

-68.g -32.1 18.6

-116.1 -59.4 32.1

-72.5 -15.8 14.5

mm

89 12

90 290 3

90 4

90 5

9O 6

90 7

90 9

90 10

90 11

90 12

91 1

91 2

91 5

91 6

91 7

91 8

91 9

91 11

91 12

Table 7.378

Baseline 8ummaryforH01ARl"26-J4[_AVE12

Baseline LenathddlI Value Residual Sigma

I mm nm_ mm

201 10845184296.1 5.3 16.7

131 10845184307,4 16.5 19.1

281 10845184271.3 -19.6 16.9

141 10845184270.0 -20.9 29.8

71 10845184299.0 8.1 35.7

231 10845184378.4 87.5 26.9

21J 10845184295.4 4.5 36.1

91 10845184288.0 -2.8 32.5

61 10845184234.5 -58.3 23.0

181 10845184265.4 -25.5 27.7

181 10845184371.3 80.5 34.2

111 10845184374.2 83.3 44.6

25[ 10845184325.3 34.5 38.5

151 10845184263.3 -27.6 28.5

261 10845184363.6 73.0 47.6

101 10845184305.0 14.2 35.8

211 10845184333.4 42.5 54.9

261 10845186258.2 -32.7 38.3

201 10845184248.6 -42.2 22.7

41 10845184273.6 -17.3 36.7

Baseline Transverse


BEn EI_ mm

-30.7 -7.4 9.2

-67.5 -24.2 g.7

-60.1 -36.9 10,2

-22.5 .7 14.6

-28.2 -5.0 12.5

-37.8 -14.6 11.6

-43.4 -20.1 12.4

-43.6 -20.4 12.1

-31.9 -8.6 11.6

-16.2 7.0 13.0

-33.3 -10.0 13.7

2.2 25.4 19.7

-3.7 19.5 13.5

-11.4 11.9 12.5

-16.8 4.4 13.6

-15.6 7.6 14.2

1.5 24.8 13.8

-13.9 9.3 14.9

31.3 54.6 11.1

59.8 83.0 17.9

Baseline Vertical


mm mm mm

-212.0 -ii.9 13.0

-186.9 13.2 14.6

-225.7 -25.5 13.5

-261.1 -50.9 23.0

-191.6 8.4 26.8

-181.3 18.8 20.8

-233.4 -33.3 29.2

-207.5 -7.4 24.1

-235.6 -35.7 16.8

-235.2 -35.0 21.0

-192.2 8.0 26.5

-127.3 72.9 43.5

-173.6 26.6 26.0

-165.2 35.0 20.5

-134.6 65.6 34.3

-190.9 9.2 26.8

-191.1 9.0 38.3

-164.3 35.8 31.9

-154.3 45.9 19.6

-132.8 67.4 32.6

-,_ddl

90 3 28190 7 21_

9o 11 18191 7 zol

Table 7.379

Baseline st_maz3r for lK_SART25-_ 5H


J Value Residual Sigma Value Resldual Sisma Value Residual Sigma

I mm ram nv. mm ..m nvn .w. "_" _In

8086554620.6 -33.8 19.3 19.3 .5 7.7 -66.9 33.9 25.4

8086554632.7 -21.7 53.0 24.9 6.1 19.3 -65.9 34.9 70.7

8086554712.4 58.0 23.6 31.4 12.6 9.g -175.5 -74.7 33.9

8086554647.5 -6.9 34.3 -2.6 -21.4 11.8 -86.3 14.5 51.2

7.228

Table 7.380

BueLtnesuu_aryfor_L*_Ti_-OHSAIi_O_ ddl Baseline Length I Baseline Transverse I

I Value Residual Siva ] Va_e Rssldual 81_a J

I = = =I = = =I90 5 241 12258219583.3 -34.3 30.1 I 131.2 -4.8 12.2 1

90 5 251 12256219852.7 35.2 30.5 I 142.0 6.0 13.5 I

Baseline Vertical


me. mm mm

23.4 -6.4 14.7

36.8 7.1 15.4

_" ddl

II

91 11 21]

91 12 11J

91 12 18J

91 12 19J

Tibia 7.381

Bassi,trio summary forlKR_26--SANTIA12


Value Residual Siama Value Residual SLBma Value Residual SiBma

n1_ wm_ mm mm mm wrn mm IB_

9522904354.7 -19.1 33.6 -750.7 -12.3 10.4 -678.5 20.9 27.4

9522904400.7 26.9 30.9 -723.9 14.4 12.1 -733.7 -34.4 26.8

9522904336.2 -35.6 41.3 -744.6 -6.3 11.6 -711.4 -12.1 34.8

9522904384.7 10.9 33.6 -730.8 7.6 10.9 -677.9 21.5 28.7

yy mm

89 12

90 3

9O 6

90 9

91 3

91 4

91 7

91 12

91 12

ddl

19

23

29

11

25

16

19

18

19

RU el._L_ne

Baseline Length

Value Residual SiBma

mm wln mm

7965496528.7 6.6 17.5

7965496531.7 9.8 7.3

7965496536.6 14.8 11.2

7965496510.3 -11.6 22.9

7965496509.8 -12.1 16.4

7965496522.9 1.0 19.1

7965496500.2 -21.7 18.0

7965496418,0 -103.9 28.0

7965496436.2 -85.7 37.7

Table 7.382

summl'yforBOBAg,T28-SESBAR25

Baseline Transverse


mm m_ mm

46.5 8.5 6.8

48.2 10.1 5.7

35.6 -2.4 6.4

51.4 13.4 11.6

39.0 .9 8.2

17.3 -20.7 9.4

9.7 -28.4 8.3

32.8 -5.3 9.5

56.1 18.0 10.9

Baseline Vertical


mm mm mm

34.6 38.7 23.1

6.8 10.9 10.9

-39.9 -35.7 16.0

-53.6 -49.4 32.7

-42.1 -37.9 24.3

-1.5 2.6 27.0

-2.2 2.0 24.2

41.2 45.4 36.6

98.6 102.7 48.2

_m_ ddlII

90 5 24190 5 251

Table 7.383

Basel/no stmznaryforH(_J_ET28-SEST

Baseline Length J Baseline Transverse

Value Residual Siama I Value Residual Sisma

mr. mm mm I mm m_ mm

9773309624.4 -31.2 35.2 I -151.4 8.8 11.5

9773309693.9 38.3 39.0 I -172.3 -12.2 13.6

Baseline Vertical


mm mm mm

-60.2 -35.7 32.9

20.1 44.6 36.8

Table 7.384

BaseLine suzmaryforli0_ART28-44ESTl_RD

yy mm ddl Baseline Length Baseline Transverse Baseline Vertical

J Value ,Residual Sigma Value Residual SiBma Value Residual Siama

I m_ mm mm men n_ m_ mm mm mm

90 5 24J 12346564963.1 -21.4 30.0 -68.5 -49.1 12.8 -212.1 -3.1 13.7

90 5 251 12346565027.1 42.6 30.4 -81.9 -62.6 13.9 -200.0 8.9 15.1

91 12 181 12346564952.6 -31.9 28.4 23.2 42.5 13.0 -232.2 -23.3 12.7

91 12 191 12346564997.7 13.1 27.7 43.8 63.1 13.0 -189.9 19.1 12.5

Table 7.385

BaseLine aumaryforB0_JkET26-_ETTZ_,L

yy mm dd I Baseline Length Baseline Transverse

J Value Residual SiBma Value Residual Sigma

I mm wrn ¢_n mm _rn mm

91 4 161 12247179534.3 -25.0 27.1 105.5 17.2 11.2

91 7 191 12247179584.8 25.5 23.7 138.5 50.2 10.3

91 12 181 12247179528.2 -31.1 28.6 61.5 -26.8 11.0

91 12 191 12247179579.1 19.8 27.3 38.2 -50.1 11.4

Baseline Vertical


mm ¢mn mm

106.0 17.9 15.8

35.0 -53.1 14.4

101.6 13.4 14.5

113.7 25.6 14.5

7.229

7_mm ddl

II

89 s 22189 6 271

Table 7.386

Baseline sm_az7 £oz H0flm_@-H_VE12


Value Residual Siva I Value Residual Sigma I

8257097584.6 -.8 20.8 I 93.4 -5.5 8.6 J

8257097586.1 .8 20.8 I 103.4 4.5 7.7 J

Baseline Vortical J


_lZ Bm [

85.5 -9.6 30.1 I

104.1 8.9 28.9 I

yymm ddlII

89 s 22189 6 24189 6 25189 6 26189 6 27J

Tablo 7.387

BasoLLno m_L_7 £OZ HOHEHFi_rlKT_

Baseline Length


.ms = Bm

1825225878.9 -3.7 5.3

1825225881.9 -.8 5.6

1825225889.5 6.8 4.9

1825225883.5 .8 4.6

1825225877.2 -5.4 5.6

Baseline Transverse

Value Residual Stama

mm 8_ _"

34.4 -.9 4.3

37.5 2.2 6.8

47.3 12.0 9.3

43.1 7.8 6.8

30.0 -5.3 4.2

Baseline Vertical


._ mm mm-65.7 -5.1 23.7

-39.2 21.5 21.6

-75.1 -14.4 17.3

-69.0 -8.3 18.1

-35.9 24.8 26.0

_7== ddlII

89 8 22189 6 27J

Table 7.388

BaseLtue s_mary for HOHEZ_RG-RIC2J538D

Baseline Length j Baseline Transverse J

Value Residual Siena J Value Residual Sigma J

7347945820.7 -4.2 17.6 I 58.0 .1 7.8 I

7347945829.6 4.8 18.7 j 57.8 -.I 7.6 J

Baseline Vertical


mm mm mm35.2 6.1 30.3

22.7 -6.4 30.9

== ddlII

89 6 22189 6 27l

Table 7.389

Baseline am_ary forBaseline Lensth l Baseline Transverse 1


_n mn mn I "_ mm _m I

5694164261.9 -10.0 13.3 I 55.2 -4.3 6.7 I

5694164281.6 9.7 13.1 I 63.0 3.5 6.0 J

Baseline Vortical


m-a mm eren

49.1 4.9 28.1

39.6 --4.6 27.4

= ddl

I89 6 22189 6 24i8g 6 25J

89 6 261

89 6 271

Table 7.390

BaseLine aummaryfoz_ZELL


I Value Residual Sigma Value Residual Siama

nwn mm mm rmn mm me.

465777112.1 -1.4 3.7 8.6 -3.7 3.6

465777111.4 -2.1 3.1 11.6 -.7 3.1

465777113.4 -.1 2.8 17.6 5.3 3.4

465777114.6 1.1 2.6 17.8 5.5 2.7

465777115.9 2.4 3.8 2.3 -9.9 3.4

Baseline Vertical


mm mm mm-17.6 -14.6 23.2

18.9 21.9 17.0

-20.8 -17.8 14.2

11.4 14.4 14.7

-19.5 -16.5 24.4

y_,mm ddl

II

82 10 171

83 6 30]

87 10 19l

Table 7.391

Baseline _ fozRRAS 085-JPLMV1

Baseline Length Baseline TransverseValue Residual Sisma Value Residual Sigma

mm ns_ n_n _m ._ mm

1391413527.0 -124.2 15.0 -77.9 -54.7 11.5

1391413610.4 -40.8 6.8 -30.6 -7.4 10.2

1391413731.0 79.8 7.5 -4.1 19.0 6.3

Baseline Vertical


m_ mm m_

190.4 157.3 88.3

-21.7 -54.8 46.7

42.4 9.3 43.2

7Tmmddl

[i

89 7 71

Table 7.392

BaseLine 8uumar7 for E_AS 085-1K_IAK


Value Residual Sigma J Value Residual Siama ]

4645400664.8 .0 17.6 I 36.4 .0 6.1 I

Baseline Vertical [

Value Residual Sig_na J

mm ._ J

61.7 .0 49.5 I

7230

Y7 mm ddJ

II

87 8251

Tibia 7.393

BLueZtno aumilz7 for _ 08_


Value Residual Stsma J Value Residual Sisma J

mm _ _ J mm mm _ J

957117024.1 .0 4.8 J 2.7 .0 4.8 J

Baseline Vertical


mm mm mm

-8.8 .0 32.1

II

83 6 301

Table 7.394

BaJoZine xumazy for _ 08_

Baseline Lensth I Baseline Transverse i

Value Residual Sisma ] Value Residual Sisma J

= m = I = -- = I1580163778.0 .O 10.3 J -5.3 .0 12.8 J

Baseline Vertical


m_ mm mm

-85.0 .0 58.2

r_ "m ddJ

II

82 10 lgJ

83 8 30J

89 5 31]

Tl_bZe 7.395

B_eZtno lm_o_7_orHRKS 085-ee6RFOZNTBaseline Len&th Baseline Transverse

Value Residual SLSma Value Residual SLKma

mm mm mm mm mm mm

2570813388.4 13.9 6.8 44.8 32.0 8.1

2570813393.6 19.1 36.7 23.9 11.1 30.4

2570813370.3 -4.1 4.6 3.6 -9.3 4.3

Baseline Vertical


E_ mm _m

21.3 5k.9 42.4

41.8 75.4 163.5

-45.9 -12.3 19.3

yymm ddl

II

68 lO 7J

Table 7.396

Baseline summazBv for EgBAS 085-1HCD 7850


Value Residual SLKma I Value Residual Sigma J

mm -_ mm I mm -I- mm I

8125183.0 .0 2.6 J .9 .0 2.2 J

Baseline Vertical


mm w_ men

16.0 .0 13.0

BaselJ_e

yymm ddJ Baseline Length

I Value Residual Sisma

J mm mm mm

87 4 41 8804525608.2 49.4 258.3

87 5 4J 8604525470.4 -88.5 29.1

87 12 101 8804525529.8 -29.1 19.8

68 5 8J 8604525611.3 52.5 29.8

88 5 131 8604525566.2 7.4 24.5

88 5 18J 8604525496.8 -62.1 43.8

88 8 6J 8604525553.8 -5.3 12.7

88 8 21J 8804525567.0 8.1 12.6

88 1o 3ol 8604525577.9 19.1 15.5

88 11 291 8604525551.3 -7.5 12.5

89 2 31 8604525570.4 11.6 25.0

89 2 18l 8604525603.0 44.2 25.1

Table 7.397

aU_JL'7" for HRAS 085-tH_)ICIHABaseline Transverse


mm mm mm

117.1 26.3 21.3

118.0 27.2 7.5

106.7 15.9 5.7

91.6 .8 7.2

95.3 4.5 6.6

83.4 -7.4 10.3

78.5 -12.4 5.8

89.9 -.9 6.2

80.2 -10.6 6.7

84.7 -6.2 5.9

63.5 -27.4 12.5

72.5 -18.3 13.2

Baseline Vertical


mm mm m_

-251.0 -139.4 290.1

-131.7 -20.0 35.6

-91.8 20.0 26.3

-122.3 -10.7 41.0

-149.8 -37.9 33.4

-88.1 23.5 54.2

-102.0 9.6 18.5

-109.2 2.4 20.5

-96.6 15.0 21.1

-106.3 5.3 17.9

-106.4 5.2 32.5

-183.3 -71.7 32.4

yTzmz ddJ

It

88 4 181

Table 7.398

Basa14_e su_x7 for E_L6S 08_


Value Residual Sisma J Value Residual Sisma J

= _ m I .m .m .m I1751993829.4 .0 8.3 J 7.0 .0 4.9 J

Baseline Vertical


mm mm mm

8.2 .0 42.8

yymm ddl

II

69 5 311

TabLe 7.399

Baseline summary for HRAS 085-HRA085 3


Value Residual Sigma J Value Residual Sienna I

.. .m = I = " " I2353779388.8 .0 k.7 I .2 .0 4.2 J

Baseline Vertical


mm nln mm

-62.9 .0 21.2

?_31

yy --- ddJ

JI

84 825185 8 29185 9 51

Table 7.400

Baseline a_ for ERAS 085-PIITICT]I

Baseline Lanath Basallna Transverse Baseline Vertical

Value Residual Sigma Value Residual Slime Value Residual Siama

mm mm mm mm mm mm mm mm mm

2443354515.8 --4.5 15.3 32.5 8.0 5.2 181.3 107,2 76.1

2443354549.9 29.6 20.9 14.7 -9.9 12.6 -172.7 -246.9 98.4

2443354514.4 -5.8 10.9 20.0 -4.6 4.4 92.4 18.2 51.2

?7 "" ddl

II

88 9 9188 10 7l

88 1o 91

Table 7.401

BasaLtnomaaryF_r sm_ 085-PIZTO_


Value Residual Sigma Value Resldual SIEma

mm _m mm am SB ,in

564620893.4 .6 2.4 1.8 .8 1.9

564820892.0 -.7 2.2 .4 -.5 1.7

564620893.1 .3 2.5 .8 -.2 2.1

Baseline Vertical


,l_ mm _m

28.7 -7.0 11.9

39.8 4.0 7.7

34.2 -1.5 9.2

YT' mm ddl

II

85 11 3186 2 27166 4 11]86 11 21

86 12 141

Table 7.402

Bano14_ne al_neA"y fez ERAS 085-PIHFLA_TSBaseline Lengbh


mm REd mm

1223294523.9 --27.4 11.2

1223294538.6 --12.7 9.0

1223294545.6 -5.7 7.81223294555.4 4.1 4.4

1223294558.3 7.0 5.2

Baseline Transverse

Value Residual Sigmamm un mm

-32.9 -12.5 10.7

-12.9 7.5 9.1

-31.5 -11.1 9.1-24.0 -3.6 4.6

-i0.0 10.4 5.7

Baseline Vertical


mm mr, w,_

85.6 72.5 80.3

-48.0 -61.2 68.4

40.2 27.0 58.8

40.3 27.1 32.2

-31.8 -44.9 33.0

yy'"ddl

II

85 3 14j

85 lO 2ol85 10 24187 2 71

Table 7.403

Baseline dreary for]BAS 085-PRESIDIO

Baseline LenKLh Baseline Transverse

Value Residual Siama Value Residual Sigmamm ._n m_ rnm mm ewe

1870585809.9 -21.1 18.5 -16.2 .5 11.9

1870585821.6 -9.4 6.4 -24.4 -7.8 8.0

1870585825.8 -5.2 8.2 -16.6 .0 11.7

1870585853.1 22.1 7.7 -11.2 5.4 6.7

Baseline Vertical

Value Residual Sigmaeve mm .5_

48.3 47.8 85.3

28.7 28.2 34.9

-97.1 -97.6 47.5

19.0 18.5 37.0

77 mm ddl

II

85 3 14185 10 20l

Table 7.404

Bassi.ins suumry for KRAS 083-PT ][EYES


Value Residual Sigma I Value Residual Siama I

-- = m I "_ .m m I1921015894.1 -8.1 14.3 I -25.6 10.7 10.5 i

1921015704.9 2.7 8.3 J -43.7 -7.4 8.7 J

Baseline Vertical


mm m_ mm

-34.8 -5.6 67.0

-26.8 2.4 43.6

yy m ddlII

83 5 6J

Table 7.405

Bause].Lue _ for RULq 08_32Baseline Lengt_ I Baseline Transverse I

Value Residual Siena ] Value Residual Sisma J.. = m I "- .. m I

7975530221.5 .0 39.8 I 162.3 .0 11.5 I

Baseline Vertical I

Value Residual Sigma Im mm mm I

-42.4 .0 59.7 I

Tym_lII

84 8 251

85 9 51

Table 7.408

BaneLLue _ for ]_,AS 085-YEI£DkK]

BaseLine Length ] Baseline Transverse I

Value Residual Sigma I Value Residual Siva 1

3572069881.0 6.7 15.6 I 15.6 -.2 4.5 I

3572069868.4 -5.9 14.7 I 16.0 .2 4.2 I

Baseline Vertical ]


.vn men er_ I

217.5 68.4 48.4 I

91.6 -57.5 44.3 I

7232

yy mm ddJ

II

82 lO 171

Table 7.407

BaseLine su_ary for JPL MV1 -M_ PEAK

Baseline Length J Baseline Transverse J Baseline Vertical JValue Residual Sigma J Value Residual Sisma J Value Residual SiKma J

mm -I- mm I In -_ mn J -_ mm mm I

218307721.6 .0 7.6 I 7.8 .0 6.7 J -213.6 .0 83.0 J

TY mm ddJ

II

88 11 5188 11 8l

Tab_ 7.408

BaseLine sunmaxTfor_rt_MCA-PRES_IO

Baseline Le_ J Baseline Transverse J


= = =J = = m l555228195.1 -3.3 6.1 J 8.4 -6.3 5.5 J

555228202.7 4.2 6.9 J 21.2 6.6 5.7 J

Baseline Vertical


"SW mm

-51.0 -54.9 37.9

76.9 73.0 43.7

mm ddl

II

82 10 221

T_ble 7.409

Baseline _ fez .TEL MV1Baseline Lensth J Baseline Transverse I


685704818.9 .0 86.2 I -55.7 .0 30.8 I

Baseline Vertical


nw. mm neff

-243.7 .0 430.9

mm ddJ

90 3 23J90 3 28]

90 4 20190 5 111

90 6 261

90 7 lJ

Table 7.410

Baseline summary for KASKIM34_

Baseline Lengbh Baseline Transverse


I gln m_ mm mm Bin mm

311197.4 1.4 2.7 1.2 2.1 2.8

311195.5 -.6 3.3 .I 1.0 3.6

311200.3 4.2 3.3 -3.I -2.1 4.2

311200.5 4.5 7.2 10.2 11.1 8.0

311196.7 .6 4.6 -4.8 -3.8 5.1

311193.9 -2.2 1.8 -2.1 -1.1 2.1

Baseline Vertical


16.1 13.2 10.7-6.6 -9.5 16.0

8.5 5.6 13.4

-35.0 -37.8 33.2

1.0 -1.9 20.4

-10.9 -13.8 13.9

y_ m

90 3

90 4

90 5

90 5

90 9

90 10

91 3

91 8

91 12

91 12

R_MKalJI_e

ddJ Baseline Lenath


I nTn mm mm

231 5709565756.1 42.1 4.8

201 5709565746.9 32.9 5.7

24l 5709565715.1 1.1 10.2

25J 5709565723.1 9.1 10.2

111 5709565704.4 -9.7 22.1

11J 5709565707.9 -6.1 5.5

251 5709585674.5 -39.5 16.8

261 5709565635.4 -78.6 7.2

18J 5709565655.5 -58.5 12.0

191 5709565627.7 -86.4 12.0

Table 7.411

aummaryfozKASH]M34-KAllAI

Baseline Transverse


wra _ mm

53.9 14.8 4.6

45.4 6.2 4.9

40.7 1.5 6.8

35.8 -3.4 7.228.6 -10.6 11.5

38.8 -.4 5.335.2 -4.0 7.5

36.4 -2.8 6.0

20.2 -19.0 7.0

25.1 -14.1 6.9

Baseline Vertical


r_a mm mm

-176.8 7.8 9.9

-163.2 21.4 12.7

-156.7 27.9 21.1

-174.5 10.1 21.8

-180.0 4.6 42.3

-196.8 -12.2 13.3

-227.0 -42.4 30.7

-189.3 -4.7 15.3

-251.3 -66.7 24.4

-220.0 -35.4 25.8

= ddlII

90 6 261

Table 7.412

Baseline summary for _4-_

Baseline Len6th J Baseline Transverse J

Value Residual Sigma I Value Residual Sigma

1812578162.5 .0 5.4 J 66.9 .0 4.8 I

Baseline Vertical


mm Bin mm

-69.0 .0 20.0

yymm ddJ

I

90 8 21J

Table 7.413

Baseline summarf for KAS_IMS4--t_DICIHA



m = = I -- -- -- I8811182224.6 .0 7.2 I 195.7 .0 6.4 I

Baseline Vortical


mm n,_ mln

-52.2 .0 10.8

7.233

yy mm

90 3

90 6

90 7

90 8

90 10

90 11

90 12

91 2

91 4

91 5

91 7

Bame].inm

dd] Baseline Length


nvn mm mm

281 8091883097.5 -6.1 10.1

23J 8091883124.0 20.4 20.2

211 8091883091.0 -12.6 26.5

121 8091883115.4 11.8 13.2

61 8091883115.8 12.2 11.1

18J 8091883101.2 -2.4 15.3

18J 8091883066.1 -37.5 24.425J 8091883084.5 -19.1 13.4

21 8091883108.3 4.7 12.915J 8091883103.7 .1 15.0

10J 8091883107.6 4.0 17.8

Table 7.414

mmmazy for K&SHIM34-tIIIAVEI2

Baseline Transverse


mm mm .m

114.5 -I0.I 6.2

105.8 -18,8 9.1

122.2 -2.3 11.3

132.0 7.4 7.6

127.2 2.6 7.2

144.2 19.6 8.9

71.1 -53.5 15.4

134.2 9.6 8.2

138.1 13.5 7.4

133.1 8.5 8.0

103.5 -21,1 10.0

Baseline Vertical


mm mm mm

-157.7 -2.1 15.3

-231.9 -76,3 28.7

-156.5 -.9 34.5

-115.5 40.1 21.1

-135.4 20.2 17.4

-128.9 26.7 22.7

-281.1 -125.5 31.0

-182.2 -26.6 20.1

-115.5 40.1 20.5

-134.6 21.0 21.8

-194.0 -38.4 28.0

_, mm dd]

II

90 3 28190 7 21J

90 8 12J

90 11 18191 7 10J

Table 7.415

Baseline m_maz7 foz KASHI}Q4-NGIEY EM

Baseline Length


mm Em e_197421502.2 -2.3 4.6

197421519.9 15.5 13.3

197421485.9 -18.6 11.8

197421508.9 4.5 5.8

197421505.8 1.4 7.9

Baseline Transverse


mm _m eem

5.1 6.7 5.2

-i0.4 -8.8 14.3

-3.4 -1.8 10.0

-9.0 -7.5 5.8

1.3 2.9 9.0

Baseline Vortical


mm mm _n

19.2 66.3 26.0

-3.8 43.2 72.9

35.9 83.0 66.1

-135.8 -88.8 29.3

-88.0 -41.0 43.5

TY mm ddl

II

90 5 24l

90 5 25190 8 211

Table 7.416

Baseline aUmL-_r for _4-(NSSAL&60

Baseline Length Baseline Transverse Baseline Vortical

Value Residual Si&ma Value Residual Si&ma Value Residual Sigma


7969420813.7 -12.2 12.7 181.9 9.7 7.7 -86.0 -1.0 18.3

7969420804.3 -21.6 12.4 172.2 .0 7.9 -102.7 -17.6 18.1

7969420835.8 9.9 6.7 166.5 -5.5 5.8 -77.8 7.2 11.3

Table 7.417

Baseline atimary for _4-SARTIA12

== ddl Baseline Length l Baseline Transverse l Baseline Vertical I

I Value Residual Sigma I Value Residual Sigma I Value Residual Sigma J

I " " = i " " " I = .. m I91 12 18J 12419326073.5 2.3 47.5 I 1316.7 -2.3 13.6 [ -915.9 7.0 15.0 I

91 12 19[ 12419326069.9 -1.3 35.1 J 1321.1 2.1 13.1 [ -928.1 -5.2 13.0 I

Basel.._e

Y7 mm ddJ Baseline Length


J me. n_

90 3 231 1875725750.0 9.4 2.6

90 6 26[ 1875725751.1 10.5 5.5

90 9 111 1875725734.6 -6.0 11.0

91 3 25l 1875725731.5 -9.1 8.8

91 4 161 1875725743.9 3.3 8.0

91 7 lsl 1875725738.1 -2.5 6.6

91 8 261 1875725727.3 -13.2 4.8

91 12 18J 1875725703.5 -37.1 9.5

91 12 19J 1875725655.5 -85.1 12.6

Table 7.418

sugary for KASHIM34-SESHAN25

Baseline Transverse

Value Residual Sigmame. wen mm

.4 12.2 2.3

-10.3 1.5 4.4

-1.2 10.6 7.3

-26.8 -15.0 6.6

-21.6 -9.8 7.4

-26.1 -14.3 5.6

-27.4 -15.6 4.3

-34.3 -22.5 7.4

-46.7 -34.9 9.6

Baseline Vertical


mm _w mm

58.7 19.0 8.9

22.3 -17.4 19.5

1.5 -38.3 35.0

-9.7 -49.4 35.4

40.2 .4 28.2

I0.0 -29.7 23.8

12.3 -27.6 15.6

77.5 37.8 38.6

80.5 40.8 55.1

Table 7.419

Basoline aummaryforKASaIM34-SEST_ ddl Baseline Length I Baseline Tr_sverse J

J Value Residual Sigma J Value Residual Siva J

I = = =i = = =I90 5 Z41 12389079062.5 11.0 38.6 { -56.5 14.9 14.g I

90 5 25J 12389079037.3 -14.2 43.9 I -94.3 -20.9 17.6

Baseline Vertical J


nmn mBn m_ J

-196.9 .9 15.1 I

-201.1 -1.3 17.6 J

7.234

m ddlII

9O 7 24 I

Table 7.420

BaseLine ausmar7 for KASKIt_4-SINTOTG

Baseline Lansth J Baseline Transverse I Baseline Vertical

Value Residual Sigma J Value Residual Sigma J Value Residual SiKma

846282864.7 .0 7.3 J 777.0 .0 4.2 I -1198.7 .0 22.8

y'y == ddl

II

90 5 24 J

90 5 25J

91 12 18l91 12 191

Tabl_ 7.421

BaseLine summa_TforKASHIM34-_ESTFGRD

Baseline Lenath Baseline Transveree Baseline Vertical

Value Residual Stsma Value Residual Sisma Value Residual Sigma

• m mm .row mm mm we. mm n_ mm

9502255575.0 8.1 14.2 183.4 -10.4 7.4 -179.4 4.1 16.8

9502255551.5 -15.5 13.3 175.3 -18.5 7.5 -186.4 -2.8 16.8

9502255575.2 8.3 16.2 210.2 16.4 8.2 -191.6 -8.0 18.5

9502255570.9 3.9 15.9 209.7 15.9 7.6 -177.7 5.9 17.7

yy mm ddl

II

91 4 16J

91 7 19J

91 12 181

91 12 191

Table 7.422

BaselAno_forKAS_IMS4-4_FETZELL


Value Residual Sigma Value Residual Sisma Value Residual Sigma

D_D _ nlw _ = _ _ emw

8475605267.1 3.5 16.4 207.5 10.4 8.7 -46.2 58.9 23.0

8475605246.3 -17.4 13.6 190.6 -6.4 7.5 -177.0 -72.0 18.3

8475605277.9 14.3 15.1 196.5 -.5 7.6 -91.3 13.8 19.7

8475605267.8 4.2 15.0 196.3 -.8 7.6 -82.7 22.4 18.0

yymm ddl

II

90 6 26l

Table 7.423

BaseLine sumaax7 for KASHg24A

Baseline Length I Baseline Transverse l

Value Residual Sigma I Value Residual Sisnm I

= = = I = = = i1812270517.9 .0 5.8 J 71.8 .0 5.2 J

Baseline Vertical


mm ._. era.

-69.6 .0 21.5

y'y'm= ddl

II

90 5 91

Table 7.424

Baseline summary for 1_ -44_ICINA

Baseline Length J Baseline Transverse J Baseline Vertical

Value Residual Sisma I Value Residual Siama I Value Residual Sigma

mm mm usa I -I- mm -I- J mn mm mm

8811399460.5 .0 17.6 J 208.9 .0 6.8 J -139.4 .0 21.2

_,,,-- ddlII

86 i0 21J

88 10 71

68 1o 131

Table 7.425

Baseline auumaryforKASHIMA-MlYAFNgEI


Value Residual Siama Value Residual Sigma

mm mm mm em_ mm

948551356.3 7.3 9.7 19.1 5.7 7.7

948551333.4 -15.6 12.7 8.7 -4.6 9.1

948551353.0 4.0 15.1 6.6 -6.7 12.7

Baseline Vertical


ram a_n men

-41.6 -41.3 40.4

55.6 55.9 52.7

20.9 21.2 64.4

yy== ddrII

91 11 251

Table 7.426

Baseline ammm_--y for KASHIMA -MIZUSGSI

Baseline Length J Baseline Transverse J Baseline Vertical

Value Residual Sigma I Value Residual Sigma I Value Residual Sigma

353521608.6 .0 8.2 J 805.0 .0 6.7 J -1244.4 .0 26.3

yymmddJ

II

89 II 201

90 1 241

90 3 261

Table 7.427

Basel.Lne summary forKASHIMA-IK_BL_ 6M


Value Residual Sigma Value Residual S£ama

mm ram me. mm mm

197660882.9 --8.6 11.2 6.1 4.0 11.3

197660885.2 --6.4 7.4 --6.0 --8.1 7.2

197660696.2 4.5 4.9 6.2 4.0 5.7

Baseline Vertical


mm mm _w.

47.1 22.2 58.0

13.1 -11.9 39.3

25.8 .9 27.5

7_36

,.n ddlIi

86 6 141

TablJ 7.428

B--aline su---ary for KASHIM& _JNABGNAI


Value Residual Siena I Value Residual Sigma I

1852075233.4 .0 32.6 I 46.6 .0 22.1 I

Baseline Vertical J


em_ mm B_ I

252.1 .0 171.1 [

y_-,_ ddl

90 7 27J

90 7 281

90 7 31J

TeblJ 7.428

BuelJLno mmmary F_rEASHIIt-SI]ITO_

Baseline Lensth Baseline Transverse Baseline Vortical

[ Value Residual Sism8 Value Residual Sisma Value Residual Sl_na

J mm _ mm nwn um_ emm mm mm mm846453901.4 2.4 8.8 769.7 1.7 4.6 -1164.0 42.1 25.7

846453904.8 5.8 9.1 765.4 -2.6 5.0 -1233.5 -27.5 26.5

846453892.4 -6.6 8.2 768.7 .7 5.1 -1225.5 -19.5 28.1

-, ddl

87 11 19J

67 11 26189 11 29l

Table 7.430

Baseline m_ary for ¢KSHD_ -TITIJ]lq&

Baseline Lensth Baseline Transverse Baseline Vortical

J Value Residual Siena Value Residual Si_a Value Residual Sig_na

i w_ l_ _ I_ am mm nwa _n mm991640398.9 44.0 25.2 17.7 -3.9 11.6 -71.1 -23.9 84.2

991640352.6 -.3 15.0 6.4 -15.2 7.1 4.8 52.0 56.3

991640324.8 -28.2 20.4 65.4 43.8 11.5 -139.2 -91.9 84.0

TY mm ddJ

II

90 7 311

Table 7.431

BaselJuae a_ax'y for E_ -_4

Baseline Length I Baseline Transverse J Baseline Vertical J

Value Residual Sigma I Value Residual Siva j Value Residual Sigma [

208219605.9 .0 5.6 I -1392.2 .0 5.8 J -1280.8 .0 28.0 I

y_ s_ ddi

ii

89 8 111

Table 7.432

Basa]_tJao statuary for KASH]I4K -k_THQRSZ

Baseline Len&th J Baseline Transverse I


6047388113.2 .0 23.7 I 125.4 .0 8.2 I

Baseline Vertical


m_ mm

82.4 .0 45.9

yy I_n

91 5

91 6

91 7

91 9

91 10

91 10

91 10

91 10

91 10

91 11

91 12

Bassi-ins

dd i Baseline Lensth

I Value Residual Sig_na

I wrn _ mm

22l 5199822539.4 .9 3.3

29[ 5199822523.5 -15.0 3.1

11l 5199822536.2 -2.3 3.0

71 5199822521.1 -17.4 4.1

18J 5199822560.2 21.7 4.3

17J 5199822549.7 11.2 5.8

19l 5199822552.3 13.8 4.5

211 5199822537.7 -.8 3.4

231 5199822527.6 -10.9 4.1

2J 5199822538.7 .2 3.9

5[ 5199822545.8 7.3 2.4

Table 7.433

aus_ary for EAUAI -4_-__BA

Baseline Transverse


m .we mr.

371.8 -12.4 4.1

360.3 -23.8 4.2

374.0 -10.2 3.8

376.3 -7.8 4.5

397.4 13.2 4.2

388.0 3.8 5.0

411.6 27.4 4.7

390.4 6.2 4.2

382.9 -1.2 4.5

384.0 -.2 4.6

396.3 12.2 4.0

Baseline Vertical


n_n ._. nTn

-362.2 -6.6 7.9-372.9 -17.3 7.7

-374.5 -18.9 7.6-291.6 64.0 9.4

-304.1 51.5 9.8-365.1 -9.5 13.5

-346.0 9.6 10.7

-323.8 31.8 8.4

-347.3 8.3 9.5-391.0 -35.4 8.7

-381.8 -26.2 6.4

= ddlII

88 6 61

88 7 17188 9 11J

89 1 15l89 2 20l89 6 5l

Table 7.434

Banellne au_ry for KAUAI

Baseline LenTth


7391325590.5 -33.3 25.9

7391325586.3 -37.5 23.7

7391325636.6 12.7 32.1

7391325611.1 -12.7 60.9

7391325728.6 104.8 43.67391325641.0 17.2 18.1

-MARPOIICf

Baseline Transverse

Value Residual Si_

m_ mm mm

106.2 -1.7 33.4

9.1 -98.8 30.3

68.7 -39.3 14.9

131.1 23.1 41.6

83.3 -24.7 42.5

133.4 25.4 9.4

Baseline Vertical


-12.4 109.6 59.3-74.2 47.8 45.7

-8.7 113.3 60.2

-77.2 44.7 91.0

-96.0 26.0 74.2

-219.1 -97.2 31.9

?_36

BaseLtna

yy mm dd I Baseline Length


J mm mm ffm_

90 10 51 10894161077.7 167.4 47.4

90 11 9J 10894160931.2 20.9 32.4

90 12 4J 10894160907.6 -2.7 49.0

91 1 23_ 10694160892.6 -17.7 31.4

91 2 121 10894160938.1 27.8 31.1

91 3 141 10894160942.0 31.6 25.2

91 4 31 10894160929.0 18.7 28.7

91 5 8J 10894160891.2 -19.1 29.0

91 6 121 10894160929.0 18.7 22.8

91 7 17J 10894160909.3 -1.0 22.7

91 8 71 10894160846.2 -64.1 28.8

91 9 5J 10894160964.3 53.9 34.2

91 10 301 10894160873.0 -37.3 20.1

91 11 131 10894160880.5 -29.8 16.9

91 12 12J 10894160936.2 25.9 25.6

Tab]_ 7. 435

smeary for KAUAI

Baseline Transverse


• m _ mm

299.3 -39.7 10.5

313.3 -25.7 9.6

310.8 -28.3 10.6

312.5 -26.5 8.1

335.0 -4.1 7.1

347.0 8.0 7.4

324.5 -14.5 8.6

331.2 -7.9 8.1

339.4 .4 8.6

342.6 3.5 8.7

334.5 -4.6 8.6

352.1 13.1 8.5

355.2 16.2 7.1

359.3 20.2 6.8

369.8 30.7 7.2

Baseline Vertical


mm m mm

-118.4 -76.8 41.1

28.3 70.0 26.5

-92.3 -50.6 47.8

-10.5 31.2 21.6

-44.0 -2.3 22.0

-45.9 -4.3 19.3

-73.2 -31.6 21.2

-66.0 -24.3 20.8

-60.5 -18.6 17.7

-39.0 2.7 16.8

-47.9 -6.3 19.4

13.3 54.9 22.0

-33.8 7.8 15.0

-47.3 -5.6 14.2

-44.3 -2.6 16.1

Table 7.436

BaseLine su_aryforKAllAI -NOTOyy mm ddJ Baseline Length Baseline Transverse


I mm mm mm emw mm mm

89 7 10J 11099796262.3 -4.1 20.1 270.0 -16.8 6.9

89 9 llJ 11099796284.1 17.7 25.8 271.7 -15.0 8.1

91 3 141 11099796235.4 -31.0 43.6 368.1 81.3 11.8

Baseline Vertical


BID mm mm

-106.1 3.1 15.8

-111.9 -2.8 22.0

-115.8 -6.6 31.7

y'y mm ddl

II

go 5 24J

90 5 25J

Table 7.437

BaseLine su_z7 for KAHAI _0


Value Residual Sisma J Value Residual Sigma I

mm mm mm J mm mm mm J

9792569598.6 -6.8 16.2 J 286.6 9.4 7.7 I

9792569613.1 7.6 17.1 J 265.7 -11.5 8.6 J

Baseline Vertical J


mm nnm mm J

-91.9 -3.8 17.5 J

-83.8 4.3 18.6 I

yTmmddJ

II

91 2 13191 3 15 I

91 5 22191 6 29191 7 11191 12 51

Table 7.438

BaseLine summary fOZEAnAT

Baseline Lenath


aT. men nvn

5040441455.0 4.3 3.9

5040441438.7 -12.0 3.0

5040441441.8 -8.9 3.6

5040441451.0 .3 3.1

5040441455.8 5.1 2.g

5040441457.0 6.3 2.4

--PIETOkW

Baseline Transverse


mm .w. mm

237.5 -14.5 3.8

238.7 -13.2 3.7

250.5 -1.4 4.2

248.0 -4.0 4.1

252.1 .2 3.7

286.1 34.2 3.9

Baseline Vertical


mm mea me.

-146.6 21.8 9.0

-161.3 7.2 7.4

-140.7 27.9 9.0

-198.4 -29.8 7.8

-176.6 -6.0 7.6

-173.3 -4.7 6.5

pj'mm ddJ

II

91 12 18J

91 12 18J

Table 7.439

BaseLine sugary foz KAIIAI -SANTIA_

Baseline Lensth I Baseline Transverse J Baseline Vertical

Value Residual Sigma J Value Residual Slams J Value Residual Sigma

mm Bm " I _m mm =m I mm mm mm

9834797886.0 20.2 40.4 I 1363.6 .0 12.0 J -415.7 26.2 32.2

9834797853.1 -12.7 31.9 I 1363.7 .0 11.5 I -458.7 -16.7 25.7

yymm ddJ

II

90 5 14190 5 251

Table 7.440

Baseline suMe_-y for ][AUAZ -SEST



= = = I = = = I9740852556.9 3.1 31.6 I -102.2 12.6 13.7 ]

9740852559.7 -4.1 36.4 J -133.4 -18.6 16.6 J

Baseline Vertical


mm mm mm

-296.2 -9.5 27.1

-273.7 13.0 31.8

7237

== ddlII

86 6 141

Tabke 7.441

Baseline mmma_r fez KAIM_

Baseline Lensth J Blmollna Tram/verse I

Value Residual Sisma I Value Residual Sisma I

-- -- = I -- m m I7290813028.6 .0 63.6 I 121.8 .0 22.1 I

Baseline Vertical I

Value Residual $18ma I

_e. mm mm I

420.0 .0 165.6 J

TY mm

90 5

90 5

90 9

90 9

90 9

91 2

91 3

91 4

91 5

91 6

91 7

91 691 9

91 10

91 10

91 10

91 10

91 10

91 II

91 12

91 12

91 12

Tablo 7.442

Basel_trio sumary fozEAgAT -laSTI_RDBaseline Transversedd[ Baseline Lenst.h

l Value Residual Sisma

J ulm mm w_

241 7676223201.4 -20.5 12.0

25J 7676223195.8 -26.1 12.8

12J 7876223213.7 -8.3 9.7

211 7676223234.2 12.2 14.3

261 7676223205.0 -17.0 16.1

131 7676223226.6 4.7 5.4

151 7676223207.0 -15.0 4.4

191 7676223211.7 -10.3 5.2

221 7676223220.9 -1.0 4.6

291 7676223206.7 -15.2 4.6

111 7676223206.2 -15.8 4.3

221 7676223237.1 15.1 6.1

7J 7676223220.5 -1.5 5.8

161 7676223246.8 24.9 6.1

17j 7676223237.9 16.0 8.1

191 7676223245.8 23.7 6.4

211 7676223240.9 18.9 4.9

231 7676223230.3 8.4 5.6

21 7676223222.1 .2 4.9

51 7676223223.7 1.7 3.6

181 7676223232.6 10.7 16.5

19J 7676223211.7 -10.3 15.9


Bm ._ mm

208.9 -71.6 8.8

190.4 -90.1 7.6

222.6 -57.9 6.3

248.0 -32.5 7.9

232.9 -47.6 7.2

264.7 -15.8 4.6

267.6 -12.9 4.8

274.1 -6.4 5.5

280.7 .2 5.0

277.5 -3.0 5.2

263.1 2.6 4.8

295.5 14.9 5.2

278.5 -2.0 5.6

307.2 26.7 5.1282.6 2.1 5.9

334.2 53.7 5.7

297.6 17.1 5.3

292.5 12.0 5.4

303.7 23.2 5.6

310.9 30.4 5.1

316.4 35.9 7.9

330.1 49.6 8.0

Baseline Vertical


men me. mm

-249.0 -8.4 18.8

-225.2 15.5 19.8

-222.4 18.2 18. i

-298.3 -57.7 26.3

-241.1 -.5 21.8

-213.5 27.1 8.8

-235.9 4.7 7.7

-236.3 4.3 9.1

-225.6 15.1 8.2

-253.9 -13.3 8.4

-229.4 11.2 7.9

-250.4 -9.7 10.2

-209.2 31.4 9.7

-198.5 42.2 9.7

-268.6 -27.9 13.0

-255.6 -14.9 10.6

-235.6 5.0 8.8

-245.0 -4.4 9.7-276.9 -36.3 8.5

-271.4 -30.8 7.3

-234.4 6.2 21.6

-258.6 -18.0 23.4

yy mm

91 2

91 3

91 4

91 5

91 6

91 7

91 8

91 9

91 10

91 10

91 lO

91 10

91 10

91 ii

91 12

91 12

91 12

BaseLine

ddl Baseline Length

I Value Residual Siena

I flED mm e_n

131 10357464668.9 10.2 7.3

151 10357464647.2 -11.5 6.0

lgJ 10357464657,8 -.9 6.7

221 10357464668.4 9.7 6.7

291 10357464649.8 -9.0 6.4

III 10357464661.1 2.3 6.2

22J 10357464653.3 -5.4 7.9

7J 10357464685.0 26,2 7,8

161 10357464703.0 44.3 8.1

17J 10357464647.8 -10.9 11.3

191 10357464681.6 22.9 8.6

211 10357464672.3 13.6 6.7

231 10357464650.5 -8.3 7.7

21 10357464645.3 -13.4 6.1

51 10357464636.3 -22.5 5.0

18J 10357464671.7 12.9 22.0

191 10357464627.5 -31.2 22.3

TabLe 7.443

smnaz? £or KA_AI -_k_TTZELL

Baseline Transverse


nm m mm

340.2 -8.2 6.5328.9 -19.5 6.4

334.1 -14,3 6.6

338.7 -9.8 6.5

336.3 -12.2 6.5

347.4 -1.1 6.4356.1 7.6 6.6

334,1 -14,4 7.3

356,7 8.2 6.6

324.0 -24.5 7.7

411.9 63.4 7.4

354.1 5.6 7.2

342.9 -5.6 6.7

350.9 2.4 7.1

363.1 14.6 7.0

359.1 10.6 8.7

369.4 20.9 8.9

Baseline Vertical


mm _m mm

-33.7 8.5 8.8

-39.2 3.0 7.9

-50 , 2 -8.0 9,3

-48.0 -5.8 8.8

-62.4 -20.3 9.1

-56.7 -14.5 8.5

-30.1 12.1 10.1

-42.4 -.3 9.9

-25.4 16.7 9.3

-37.0 5.2 11.6

-29.9 12.2 10.3

-17.8 24.3 8.6

-39.7 2.4 9.5

-61.9 -19.7 8.8

-49.3 -7.1 7.8

-31.6 10.6 18.6

-48.3 -6.2 18.7

TY "_ ddl

II

89 8 111

Table 7.444

BasaLtno _ for K&UAI -%H]THORSE

Baseline LenKth _ Baseline Transverta I

Value Residual Sisma J Value Residual Sigma I

.. m I _ = _ I4587139203.0 .0 17.9 J 148.3 .0 7.5 I

Baseline Vertical


mm M mm

110.7 .0 67.6

7.238

yy mm ddl

II

66 7 4188 7 51

88 7 61

89 7 61

69 7 61

90 6 301

90 7 1190 7 31

Base]..t_e

Baseline Length


mm mm mm

5466634648.5 -23.7 14.9

5466634663.4 -8.9 17.3

5466634669.7 -2.5 14.2

5466634695.5 23.2 18.8

5466634667.7 -4.6 17.7

5466634678.9 6.6 16.3

5466634679.4 7.2 15.3

5466634685.9 13.7 18.1

T_ble 7.445

smmary for ¢nnIAK

Baseline Transverse

-_¢STFOBD

Value Residual Stsma

m mm ._

53.0 -9.6 6.6

74.7 12.1 7.2

75.6 13.1 6.5

64.2 1.7 6.4

67.1 4.6 6.3

50.6 -11.9 6.1

56.9 -5.7 5.6

63.1 .6 6.1

Baseline Vertical


R_ mm mm

-67.8 39.3 36.4

-180.4 -73.3 38.1

-62.7 44.4 33.8

-72.4 34.7 40.4

-95.5 11.6 40.8

-145.6 -38.5 32.8

-122.6 -15.7 31.2

-99.1 8.0 36.6

II

88 7 17l

66 7 31188 8 11

Table 7.446

Baso]JLne ausma¢7 for _Ik_L_?_ZSK_I_5

Baseline Length Baseline Transverss

Value Residual Sigma Value Resldual Sigma

.f. mm _ mm wf. mm

5191948417.0 15.5 12.6 51.0 -6.9 8.3

5191948377.8 -23.6 16.0 66.3 6.4 8.9

5191948400.4 -1.1 21.4 64.6 4.7 9.9

Baseline Vertical


mm _ mm

96.6 50.5 29.9

-8.3 -54.3 35.6

17.0 -29.1 46.2

== ddl

91 5 22

91 6 29

91 7 11

91 9 7

91 10 16

91 10 17

91 10 19

91 10 21

91 10 23

91 10 24

91 11 2

91 12 5

Base].Lue

Baseline Len$th


mm mm mm

964980739.0 -Ii.0 1.7

964980757.0 6.9 1.7

964980743.8 -6.2 1.6

964980763.2 13.2 2.1

964980753.7 3.7 1.8

964980756.0 6.0 2.2

964980750.0 .0 2.1

964980749.3 -.7 1.5

964980745.2 -4.8 1.7

964980748.8 -1.2 2.2

964980751.9 1.9 2.1

964980750.8 .8 1.2

Table 7.447

sum=azTfor LA-_.BA-MOJAVE12

Baseline Transverse


mm mm mm

185.7 7.2 1.6

172.6 --5.7 1.5

182.3 3.8 1.4

172. 1 --6.4 1.9

178.9 .4 1.7

178.3 --.3 2.1

183.4 4.9 1.9

175.2 -3.3 1.4

181.3 2.8 1.6

176.2 -2.3 1.8

174.1 -4.4 1.9

179.1 .6 1.2

Baseline Vertical


mm rm. mm

-392.0 26.8 6.3

-423.8 -5.0 6.3

-399.8 19.0 6.0

-485.3 -66.5 8.0

-435.7 -16.9 7.1

-415.5 3.3 8.7

-414.3 4.5 8.6

-427.0 -6.2 5.7

-415.3 3.5 6.5

-435.6 -16.8 8.1

-405.4 13.4 7.7

-410.3 8.5 4.6

yy =m ddl

Ei

91 5 221

91 6 29l

91 7 11 I

91 12 51

Table 7.448

BaseLine sumsaryforLA-VLBA-PIETO_



mm _ mm mm .w.

236640004.0 --2.5 1.9 --1081.0 7.2 1.8

236640007.6 i.I 1.4 --1090.4 --2.3 1.3

236639999.8 --6.8 1.2 --1084.6 3.3 1.1

236640010.7 4.2 .9 --1090.9 --2.7 .9

Baseline Vertical


_n mm ._w

-514.9 24.4 6.7

-567.9 -26.7 4.7

-543.3 -4.0 4.3

-529.5 9.8 3.2

yTm= ddl

II

91 5 22l

91 6 29l91 7 11191 9 7191 10 16191 lO 17]

91 10 19 I

91 lo 21191 10 231

91 10 241

91 ii 2J

91 12 51

Baseline

Baseline Length


mm wln ram

3044179223.9 6.1 2.3

3044179215.2 --2.7 2.4

3044179219.1 1.3 2.2

3044179204.0 --13.9 2.9

3044179210.0 --7.9 2.4

3044179223.2 5.3 3.1

3044179215.3 --2.5 2.8

3044179218.8 1.0 2.1

3044179225.6 7.6 2.4

3044179219.4 1.6 2.8

3044179221.3 3.5 2.9

3044179216.9 -1.0 1.7

Table 7.449

sue_azlr for LA-_BA-WESTFQRD

Baseline Transverse


_in B_ mm

593.4 .6 2.2

599.7 6.9 2.2

592.5 -.3 2.0

585.3 -7.5 2.4

569.6 -3.2 2.2

573.2 -19.6 2.6

601.0 8.2 2.5

589.9 -2.9 2.1

595.0 2.2 2.2

599.3 6.5 2.4

599.8 7.0 2.5

592.7 -.1 1.9

Baseline Vertical


mm mm mm

--1033.9 26.7 6.0

-1053.6 9.0 6.0

-1023.9 38.7 5.5

-1086.2 -23.7 7.3

-1057.9 4.6 6.4

-1073.2 -10.7 7.8

-I084.2 -21.6 7.2

-1085.8 -23.2 5.4

-1076.2 -13.7 6.1

-1076.0 -13.4 7.1

-1061.5 1.1 7.5

-1062.0 .6 4.6

7_39

y_ mm

91 5

91 6

91 7

91 9

91 10

91 i0

91 10

91 10

91 10

91 10

91 11

91 12

Kusltne

ddl Baseline Lonsth

J Value Residual Sism8

I mm .m w_

22J 8161830114.1 10.4 4.4

291 8161830101.3 -2.4 4.3

11J 8161830114.0 10.3 4.1

7J 8161630082.5 -21.2 5.1

16J 8161830105.5 1.6 4.2

17J 8161830115.1 11.4 5.3

191 8161830102.1 -1.6 4.8

211 8161830095.5 -8.3 3.6

23J 8161830094.7 -9.0 4.2

24J 8161830103.2 -.6 5.3

2J 8161830116.5 12.8 4.9

5J 8161830103.5 -.2 3.1

Table 7.450

mmary fez L&-VLBA -4_rfZZLL

Baseline Transverse

Value Residual Stsma

mm am mm1388.7 .4 4.7

1394.7 6.4 4.7

1393.3 5.0 4.61381.7 -6.6 5.2

1377.4 -10.8 4.61358.9 -29.4 5.2

1421.0 32.7 5.21395.1 6.8 5.0

1386.6 -1.8 4.6

1393.8 5.5 5.0

1385.2 -3.1 5.2

1382.2 -6.1 5.0

Baseline Vertical


-1314.6 12.6 8.9

-1318.6 8.6 9.0

-1319.6 7.6 8.4

-1366.5 -39.3 9.9

-1345.0 -17.8 8.6

-1292.3 34.9 9.8

-1353.7 -26.5 9.6

-1328.0 -.7 8.2

-1324.9 2.3 8.6

-1352.8 -25.6 11.1

-1314.7 12.5 9.4

-1312.5 14.7 7.7

.=ddlII

87 8 25l

Table 7. 451

B_sel/no e_ for _-RICZ40HD


Value Residual Sisma J Value Residual SIsma J

= = = J = = = i1854619601.7 .0 6.5 I 5.1 .0 5.11

Baseline Vertical


mm nYn mm-6.8 .0 32.4

= ddlIJ

87 8 25j

Table 7.452

Baseline sugary for __

Baseline Lansth J Baseline Transverse J

Value Residual SiKma J Value Residual Sisma I

-_ _n mm J zm --_ mn J

2205062326.1 .0 6.5 J 14.1 .0 6.2 I

Baseline Vertical


mm men mm

-44.9 .0 27.3

Y7 "_ ddl

Il

86 10 231

86 i0 23J

Table 7.453

Baseline eu_z7 for M_J4[YEHL-VImHB_G


Value Residual SiKma J Value Residual Sigma J

= = = I = = = i373995470.1 23.8 10.3 J -87.5 -66.4 7.5 I

373995461.6 -4.7 4.6 J -35.2 6.0 2.7 J

Baseline Vertical


• m = mm

156.3 119.2 68.3

14.2 -23.0 30.0

Y7 mm ddl

II

90 6 261

Table 7.454

Baseline summary foe MARCUS --SESHAH25Baseline Lenath J Baseline Transverse j

Value Residual Sigma [ Value Residual Stp_a J

3270841161.5 .0 7.5 I -3.6 .0 5.61

Baseline Vertical


mm mm mm105.9 .0 21.7

mmddlII

88 12 221

Table 7.455

BaseLine s-_ary for MARPOIHT-J_DICIHA

Baseline LenKth J Baseline Transverse J Baseline Vertical I

Value Residual SIKma J Value Residual SiKma J Value Residual SiKma J

mm mm "_ J mm n. mm J "_ n_ "" J

6721974429.7 .0 22.1 J 62.3 .0 9.8 J -105.4 .0 38.6 J

y_ --- ddJ

II

89 7 191

Table 7.458

Baseline aumaEy for J4ARI_OIRT_


Value Residual SiEma J Value Residual StEma J

7291183510.8 .0 15.8 J 74.3 .0 8.4 J

Baseline Vertical J

Value Residual SiKma J

enen nsn men I

-181.8 .0 26.0 J

7.240

yy mm

89 2

89 4

89 5

89 6

89 6

89 6

89 7

89 7

89 8

89 8

89 8

Tablo 7. 457

Baseline auumary for HaRPOIBT-4EaAO85 3

dd I Baseline LenKth


I mm mm mm

201 228306390.8 -1.5 26.6

4J 228306399.8 7.5 6.1

31J 228306389.6 -2.6 2.5

11 228306374.8 -17.4 4.1

51 228306388.1 -6.2 7.1

28J 228306401.7 9.5 3.0

191 228306383.3 -8.9 3.8

24J 228306409.2 17.0 5.1

8J 228306389.6 -2.7 3.1

18J 228306396.1 3.9 3.8

25J 228306399.4 7.2 5.0

Baseline Transverse

Value Residual Slama

.In mm mn

-26.8 -30.5 23.7

3.1 -.7 12.1

5.4 1.7 3.4

lg.8 16.1 5.8

-5.0 -8.8 6.7

12.0 8.3 4.9

-11.1 -14.8 5.7

3.2 -.5 6.7

11.8 8.1 4.6

5.5 1.7 5.6

-31.6 -35.3 7.1

Baseline VerSical


Em nn

-8.2 17.3 171.0

-11.3 14.2 50.2

-18.8 6.6 17.4

55.7 81.1 26.3

19.5 45.0 26.8

-63.8 -38.4 20.0

-78.0 -52.5 21.6

-89.5 -64.1 30.0

-25.2 .2 19.6

-55.8 -30.3 20.8

79.8 105.2 27.3

82 6 19J

82 6 20J

82 1o 19J83 8 3ol

Tible 7.458

Baseline m_LI3r_ozNAL_OZ]IT-(MISALA60

Baseline Lenath Baseline Tzanaverse Baseline Vertical

I Value Residual Sigma Value Residual Sigma Value Residual Sigma

I mm mm mm mm mm mm nvn mm mm

6198441063.9 --1.1 12.3 102.9 2.7 5.5 --28.6 .7 28.8

6198441065.2 .2 14.0 95.7 --6.& 6.1 --.7 28.6 31.2

6198441068.6 3.5 20.5 104.5 4.4 10.2 --103.1 --73.8 69.2

6198441047.3 --17.7 89.0 79.8 --20.4 40.0 --17.3 12.0 235.9

I82 s 19l82 8 2oi82 1o 191

Table 7.459

Baseline an=mary for MARPOINT-OVP_ 130


I Value Residual Sigma Value Residual Siama

mm mm mm we. mm mm

3540824489.3 .8 8.3 --2.0 --15.0 7.6

3540824487.7 -.7 16.1 37.7 24.7 14.5

3540824487.2 -1.3 11.6 23.1 10.1 8.3

Baseline Vertical


n_. mm mm

6.9 8.4 32.6

17.1 20.6 68.1

-28.0 -24.5 44.5

yym= ddJ

JI

90 5 25190 9 6 I

90 12 21191 9 9[

9l 12 21

Table 7.460

Baseline sunnary for MA_TEEA --f_DICIRA

Baseline Length


mm mm mm

597262308.4 7.0 3.3

597262313.2 11.8 1.9

597262299.9 -1.5 1.6

597262302.2 .7 1.8

597262295.2 -6.2 1.3

Baseline Transverse


mm mm

8.2 9.7 8.7

-2.5 -1.1 1.8

4.1 5.6 1.7

-.9 .5 2.0

-6.2 -4.7 1.6

Baseline Vertical


men mm mm

-24.8 -1.3 12.5

53.1 76.6 8.3

-18.8 4.7 7.1

-31.9 -8.4 8.6

-55.3 -31.8 5.4

_= ddl{I

91 lO 22191 11 26J

91 12 17J

Table 7.461

Basellne summary fomMAIERA -e[AI&VEI2


Value Residual SiEma Value Residual SiEma

w_ _E_ fie. n_ mm mm

9255718091.9 --17.1 13.0 64.3 --2.7 7.5

9255718125.2 16.1 9.5 70.1 3.1 6.4

9255718103.2 --5.9 8.6 65.9 --1.1 6.3

Baseline Vertical I


132.8 -11.3 16.1 I

136.8 -7.3 13.3 1

155.9 11.8 ii.8 J

yymm dd[

II

90 9 619o 12 2zl91 3 141

91 9 9J

Table 7.462

Basel.Lue mmmar3rforNATERA -gOTO

Baseline Lengt.h Baseline Transverse


mm mEfl mm n_ mm mm

644532987.5 2.9 1.9 32.5 --1.7 1.8

444532980.3 --4.3 1.7 31.7 --2.5 1.6

444532965.6 -16.9 12.6 37.9 3.7 10.7

444532986.5 1.9 1.5 37.5 3.3 1.5

Baseline Vertical

Value Resldual Sigma

mm mm mm

25.7 76.7 8.9

-76.5 -25.4 7.6

-49.3 1.7 46.5

-75.3 -26.2 6.8

7.241

-,- ddliI

90 10 5J

90 11 9191 I 23J91 2 12J

9l 3 14191 4 3J

91 5 8191 8z2191 7 171

91 8 7191 9 5191 10 301

91 11 13iel 11 20J

91 12 121

]huleiJLae

Baseline LenKth


mm mm mm7354567962.0 55.7 24.1

7354567883.2 -23.1 20.1

7354567682.3 -24.0 20.1

7354567899.1 -7.1 20.2

7354567883.4 -22.8 29.9

7354567886.6 -19.7 19.7

7354587912.5 6.2 16.8

7354567905.9 -.4 16.6

7354567925.8 19.6 13.3

7354567898.0 -8.2 20.3

7354567935.1 28.8 22.6

7354567908.4 2.2 13.2

7354567906.8 .8 11.7

735456?877.2 -29.0 13.2

7354567933.9 27.6 16.8

Tsb].e 7._83

mmmazTf.ocMAlZRA --IBAD85 3Baseline Transverse

Value Residual SLsma

mm Em am57.8 12.1 8.9

58.1 12.4 8.5

44.0 -1.6 8.8

84.6 38.9 10.4

42.2 -3.5 8.1

54.1 8.4 7.4

54.1 8.4 7.';

50.7 5.1 6.8

47.0 1.3 6.0

40.2 -5.4 6.1

54.5 8.9 7.8

34.4 -11.2 6.5

27.0 -18.6 5.3

42.1 -3.6 6.9

42.9 -2.7 6.1

Baseline Vortical

Value Residual SLsma

mm ._ mm157.6 112.7 42.8

-29.1 -74.0 37.1

21.6 -23.3 32.5

73.1 28.2 30.8

91.2 46.3 52,0

155.6 110.7 30.5

35.4 -9.5 27.2

75.1 30.2 23.4

25.8 -19.1 20,1

3.0 -41.9 29,0

8.9 -36.0 33.7

24.2 -20.7 19.3

36.9 -8.0 16.6

39.3 -5.6 21.0

62.9 18.0 23,7

,f's'mm ddl

II

90 9 6190 z2 2zl91 1 71

91 9 91

Table 7.484

Baseline a_max'y£or_

Baseline Lensth Baae£ine Transveree


em_ mm mm mm mm m_

1888809349.3 12.7 2.6 12.9 5.0 2.7

1886809334.4 -2.1 2.4 7.9 .0 2.8

1886809334.2 -2.4 2.3 10.2 2.4 2.7

1886809332.2 -4.4 2.1 1.4 -6.5 2.5

Baseline Vortical


mm mm men

72.8 84.8 9.5

-9.1 2.9 8.8-46.6 -34.6 8.1

-33.3 -21.4 6.8

7Y' mm ddl

I

91 10 22J

91 11 201

91 11 261

91 12 17(

Table 7.465

BaseLine aumna_ £oz_ -RICmff3ND



mm _DZO mm mm .ml me.

8088948171.2 -16.0 11.0 14.2 -8.8 6.8

8088948182.9 -4.3 16.1 19.4 -3.5 7.5

8088948184.3 -2.9 8.9 34.9 12.0 6.3

8088948198.9 11.7 7.9 21.2 -1.7 5.7

Baseline Vertical

Value Residual $isma

m-n mm mm

20.9 -25.2 17.2

54.9 8.8 21.9

61.4 15.2 13.9

44.1 -2.0 12.7

. = ddIlI

91 10 22191 11 26191 12 17[

Table 7.466

BaseLLne a_£ort4Al_


Value Residual SLsma Value Residual Sl_a

mm men _m m mm mm

6847032661.4 -18.4 6.6 33.9 -1.5 5.9

6647032698.0 18.1 6.3 38.8 3.5 5.4

6647032678.5 -1.4 5.7 33.4 -1.9 5.0

Baseline Vertical


mm m_ mm

h5.1 -13.5 15.3

55.6 -3.0 12.4

69.0 10.4 11.6

_'7"" ddl

II

90 525J90 9 8190 12 211

91 1 7(91 9 9l91 i0 22J

91 11 201

91 1l 26191 12 2i91 12 17l

Baseline

Baseline Lonsth

Value Residual Sismamm _m mm

990053387.0 8.8 3.8

990053390.6 12.4 2.0

990053382.6 4.4 1.8

990053381.2 3.0 1.8

990053380.1 1.9 1.5

990053375.2 -3.0 3.0

990053374.1 -6.1 4.8

990053374.2 -4.0 2.3

990053372.6 -5.6 1.1

990053372.7 -5.5 2.4

Table 7.467

Baseline Transverse


mm m_

8.2 11.7 12.6

-6.0 -2.5 1.9

.9 4.4 1.9

3.2 6.7 1.8

-4.3 -.8 1.6

-3.7 -.2 2.6-4.0 -.5 3.2

-4.6 -1.1 2.1

-9.1 -5.6 1.6

-2.4 1.1 2.4

Baseline Vortical

Value Residual SiKmamm mm mm

-52.8 -28.0 12.2

67.8 92.5 8.3

-I0.2 14.5 7.5

-42.7 -18.0 7.2

-21.3 3.5 8.1

-36.7 -12.0 11.3

-34.3 -9.5 15.2

-15.1 9.7 9.3-45.2 -20.5 4.2

-25.9 -1.1 9.4

7.242

= ddl[I

88 lO 71

Table 7.468

Baseline _ for MID 785_VE12

Baseline Length J Baseline T:ansversa I

Value Residual Sigma ] Valua Residual $18ma I

1305462983.6 .0 3.4 _ 5.1 .0 2.8 I

Basaltna Vertical

Value Residual SiKma I

_ mm I

43.1 .o 14.6 J

I88 10 71

Tabl_ 7.469

Baseline 8m_az7 for MCD 7850-P_

Baseline Length ( Baseline Transverse ]

Value Residual Siama _ Value Residual SIKma [

= = " I " -- 'I I556665227.4 .0 2.7 I -.5 .0 2.0 I

Baseline Vertical I

Value Residual Sigma Jmm e_ mm I

25.8 .0 12.1 I

mm ddl

lI

88 10 71

Table 7.470

Baseline m_azy for 1412) 785_

Baseline Lensth J Baseline Transverse

Value Residual Sigma J Valua Residual Slama J

= -_ = I -- = -- I3137645303.0 .0 4.5 I -.6 .0 5.6 [

Baseline Vertical IValue Residual SiKma I

mm mm mm I-76.9 .0 17.7 ]

TY mm ddlII

90 1 27 I

90 9 6]

90 12 21191 9 91

Table 7.471

Baseline summary for I_DICI]iA-H(71_

Baseline Lenlth Baseline Transverse J

Value Residual Sigma Value Residual Sigma (

893724234.7 6.9 1.8 21.3 1.7 1.8 J

893724230.9 3.2 1.7 14.4 -5.2 1.7 ]

893724223.0 -4.7 1.4 20.5 .9 1.5

893724224.7 -3.1 2.0 23.5 3.9 2.1

Baseline Vertical

Value Residual Siva

-17.1 21.6 6.8-29.1 9.7 7.7

-59.4 -20.6 6.1

-45.1 -6.3 9.2

= ddtIi

87 4 41

87 5 4[

87 12 1ol87 12 19]

88 s 6l88 5 13_

88 6 16l88 8 2zlss 9 1[88 1o 3ol88 11 zoJ

88 11 29_

88 12 15188 12 22t

Table 7.472

Baseline atz_uzz'y ZorMEDICINA-RICEB_BD

Baseline Length


mm mm mm

7658214991.4 48.7 231.5

7658214884.2 -58.4 25.0

7658214954.0 11.4 23.8

7658214926.3 -16.4 30.6

7656214989.5 46.9 26.5

7658214947.6 5.0 23.2

7658214940.5 -2.1 14.0

7658214963.1 20.5 11.5

7658214913.6 -29.0 18.8

7658214956.4 13.7 14.8

7658214905.0 -37.7 13.8

7658214939.0 -3.6 13.9

7658214945.6 3.0 8.7

7658215011.4 68.8 32.0

Baseline Transverse

Value Residual sigma

g_n mm mm

76.0 8.3 27.9

85.2 17.5 7.4

58.8 -8.9 7.5

82.7 -5.0 25.1

74.0 6.4 7.6

74.2 6.5 7.0

60.8 -6.9 7.7

65.4 -2.3 5.8

78.3 10.6 9.2.

63.5 -4.2 6.8

57.7 -10.0 8.1

68.9 1.3 5.8

62.6 -5.1 5.3

72.9 5.3 10.9

Baseline Vertical


mm mm mm

253.6 155.8 310.2

121.1 23.3 35.6

59.7 -38.1 31.0

71.5 -26.3 55.1

124.3 26.5 43.3

136.7 38.9 34.8

86.9 -8.9 28.1

70.0 -27.8 20.7

142.6 44.8 36.6

99.9 2.1 23.4

113.8 16.0 24.7

82.0 -15.8 21.4

112.5 14.7 15.8

35.3 -62.5 46.1

m dd[iI

90 5 91

91 10 8]

Tab].e 7.473

Baseline summary fez pJEDICIHK-SESHAH25


Value Residual Siva I Value Residual Sigma ]

-- = = I = m = I8287102215.2 4.8 15.0 I 164.3 2.0 6.1

6287102189.8 -20.7 31.0 _ 148.7 -13.5 15.9

Baseline Vertical


mm _ _n

95.3 -12.7 20.1

149.9 41.9 36.5

7.243

yy mm ddl

IJ

87 4 41

87 5 4187 12 9l

87 12 lO1

67 12 18l

88 5 81

88 5 131

88 5 18188 6 18l88 8 6J

68 8 21188 9 zJ

88 lO 3el88 11 101

88 11 29188 12 15J89 2 3l89 2 18189 2 211

_a_a

Baseline Lensth

Value Residual SlSma

mm mm mm

6144872417.2 36.4 185.8

6144872355.4 -23.3 17.9

6144872369.5 -9.2 6.3

8144872367.4 -11.3 10.5

6144872371.0 -7.7 23.6

6144872400.0 21.3 18.8

6144872388.0 9.3 15.2

6144872366.2 -12.5 28.4

6144872374.7 -4.0 7.2

6144872380.8 2.1 7.4

6144872395.0 16.3 8.0

6144872379.3 .6 6.6

6144872383.8 5.2 10.0

6144872374.5 -4.2 6.9

8144872381.4 2.7 7.66144872382.3 3.6 4.7

6144872379.0 .3 13.7

6144872380.4 1.6 14.5

8164872375.9 -2.9 6.2

T_ble 7.474

Sw_sZyfOZHE_IC]D_-tWS_EDBaseline TEiknevorse

Value Residual 8iKmamm mm m

87.4 15.8 23.7

88.1 16.6 5.6

77.5 5.8 4.6

80.7 9.2 4.2

59.0 -].2.6 24 . 1

75.3 3.8 5.9

74.4 2.9 5.2

75.5 4.0 8.6

76.0 4.4 4.6

62.8 -8.8 4.3

66.8 -4.8 4.8

72.7 1.2 4.9

72.4 .8 5.4

65.4 -6.2 5.9

70.5 -.g 4.5

61.0 -10.6 4.1

61.1 -10.5 9.7

69.9 -1.7 9.5

68.4 -5.1 4.8

Baseline Vertical


mm n_ mm

215.5 129.6 339.2

52.1 -33.8 32.6

88.0 2.2 17.8

46.9 -39.0 20.9

46.9 -39.0 54.5

148.1 62.2 40.8

124.1 38.2 30.4

11.0 -74.8 55.3

71.4 -14.5 17.7

80.0 -5.9 16.470.1 -15.8 18.4

76.2 -9.7 19.1

79.8 -6.1 20.3

78.7 -7.2 15.9

63.7 -22.2 18.4

111.5 25.6 12.0

116.0 30.1 33.5

211.2 125.3 33.1

90.8 4.9 15.1

77 "", ddlII

89 7 7J89 7 121

Table 7.475

Basal/no summary for _-MD3AVE12

Baseline LenKth J Baseline Transverse J


= = = I m m .m I8149935249.4 -17.2 30.4 J 116.6 -1.3 8.2 I

8149935301.2 34.6 43.2 I 120.5 2.5 11.2 J

Baseline Vertical


mm _m n_n

106.5 -33.9 35.0

195.9 55.5 44.8

77mm ddiII

89 7 6189 7 7J

89 7 9[

89 7 101

89 7 12J

TabZe 7.476

Buel/aa alnttTforl_133)VI_O

Baseline Lensth

Value Residual SlSma

mm m_ m_

784441967.1 1.7 4.1

784441971.6 6.2 6.6

784441950.7 -14.7 5.6

784441970.8 5.4 4.5

784441961.4 -4.0 9.7

Baseline Transverse

Value Residual 8iSma

mm mm mm

2.3 -8.4 4.0

4.0 -6.8 7.1

15.5 4.7 5.9

19.1 8.4 4.3

16.2 5.5 9.4

Baseline Vertical


an mm mm

2.9 1.8 24.3

--12.7 --13.7 40.8

-30.3 -31.3 31.6

2.9 1.8 24.7

113.0 111.9 57.8

77 =m ddl

JI

89 7 7J

69 7 121

Table 7.477

Baseline mamsry £or I_"I_HOVI-RIC_KmD

Baseline Lensth J Baseline Traneve:se I

Value Residual SiSma I Value Residual Slsma I

= = = I -- m. .m I7758613749.1 -25.7 29.1 I 81.2 -.1 8.3 J

7758613823.3 48.5 40.0 I 81.3 .1 10.8 I

Baseline Vertical I

Value Residual BiKma I

nm5 mm mm J

97.9 -22.2 39.8 I

152.3 32.3 48.1 I

77 --- ddJiI

89 7 7J89 7 12J

Table 7.478

BaseLine sumar]r for __

Baseline Leneth J Baseline Transverse I

Value Residual Slsma J Value Residual Sigma I

6059189127.6 -7.5 21.9 [ 81.6 -3.3 7.4 i

6059189151.6 16.5 32.5 I 91.2 6.3 10.2 J

Baseline Vertical J

Value Residual Sisma I

m,n mm I

50.9 --35.8 37.9 I

151.4 64.7 51.0 I

7.?.44

yy am ddJ

II

89 7 6189 7 7 I

89 7 9 I

89 7 10J

89 7 121

Ta_b]_ 7.479

Ba,se]_Lna summary for JteL_jO_-II_l"L'Z_

Baseline LenKt_h


nv. mm n_,

1433414947.3 .4 5.4

1433414950.5 3.6 6.3

1433414941.7 -5.2 6.9

1433414948.0 1.2 5.4

1433414944.2 -2.7 9.I

Baseline Transverse


mm .n ,w.

12.0 -12.8 4.2

18.4 -6.4 6.7

23.4 -1.4 5.4

40.5 15.7 4.3

29.0 4.2 9.2

Baseline Vertical


.5. ,am mm

-1.6 4.2 24.5

-5.2 .7 38.6

-70.7 -64.8 30.7

3.7 9.6 23.6

141.6 147.5 57.9

yymm ddl

II

88 4 161

Table 7.480

Baseline stmmary for MILE_VEI2

Baseline Lensth J Basellne Transverse J

Value Residual Sigma _ Value Residual Sigma I

= = = I -- ,= = I1534074218.8 .0 8.1 J 11.4 .0 6.0 I

Baseline Vertical J

Value Residual Sigma 1

.w. _ .w. ]

50.2 .o 42.7 J

_.y .,r. ddlII

88 4 161

Table 7.481

Basel/he aummz7 for MIIE_4Ca-_ST!_D

Baseline Length [ Baseline Transverse I

Value Residual Sigma J Value Residual Sisma J

mm mm mm I nn -I- mm I

2722126743.4 .0 10.8 J 17.7 .0 9.3 J

Baseline Vertical


.v. .v. mm

-67.6 .0 48.4

Baseline

yymm dd I Baseline Length

i Value Residual Sigma

I mm _ mm

89 ii 201 8216104521.8 -36.6 44.2

90 1 241 6218104519.4 -39.0 28.1

90 3 281 8216104520,1 -38.2 19.0

90 7 21J 6216104546.5 -11.8 51.3

90 8 121 8216104520.6 -37.7 45.9

90 11 181 8216104632,3 73.9 22.1

91 7 101 8216104602.3 43.9 31.3

Table 7.482

aumnax-yforMOJAVE_6M

Baseline Transverse


mm mm -,-

88.4 -10.2 15.1

91.8 -6.8 9.8

98.6 .0 7.7

103.8 5.2 16.1

99.2 .6 13.0

118.4 19.7 10.0

85.5 -13.1 11.2

Baseline Vertical


uEn mm unto

129.3 26.1 53.6

107.4 4.2 37.2

150.0 46.8 23.3

145.7 42.5 63.4

115.3 12.1 53.6

9.2 -94.0 28.6

106.4 3.2 39.7

,.mddJ

90 6 19190 6 2ol90 6 21J

Table 7.483

Baseline at_mary for MOJAVE12-NO_



J ._, mm eva mm mm mm

4471763803.3 13.9 15.4 22.5 -4.0 6.1

4471763777.1 -12.3 16.3 23.8 -2.6 6.3

4471763787.1 -2.3 13.6 31.7 5.2 5.5

Baseline Vertical


mm aT. ._.

-10.8 -22.1 41.2

10.9 -.4 43.2

29.1 17.8 36.6

mm ddlII

88 11 21

90 9 7J

91 10 261

Table 7.484

Basel/he summary for MOJAVE12-NRAO 140


Value Residual Sigma Value Residual SiKma Value Residual SiKma

me, mm mm mm mm mm mm me, mm

3262601940.3 -5.1 3.9 11.1 -4.0 3.1 -109.7 3.7 13.9

3262601933.4 -12.0 4.7 18.3 3.2 3.6 -96.6 16.7 14.9

3262601955.2 9.8 3.3 16.8 1.7 3.2 -128.4 -15.1 12.6

yy mm ddJ

ii

84 3 4J

85 1 16185 3 5[

Table 7.465

BaseLine aummaryforMOJATE12-(XX)TILLO



mm ,am .w. nw_ _ mm

299368587.0 -51.7 31.2 14.2 -1.8 24.2

299368628.2 -10.5 8.6 28.9 12.9 5.4

299368644.2 5.4 5.3 11.5 -4.5 3.2

Baseline Vertical


mm me, mm

336.0 297.7 197.9

157.3 119.1 65.9

-28.7 -66.9 43.7

7.245

= ddl

87 11 2

TablJ 7.486

]Basol4.ne a_ for MO_VE12-O_ 7853

Baseline Lon&th J Baseline Transverse ]Value Residual Sisma J Value Residual Sienna [

245893864.5 .0 2.3 I 6.8 .0 1.7 I

Baseline Vertical J

Value Residual SiKma I

Iin me. J

-16.5 .0 9.4 I

Y7 mm dd I

I90 7 25

9o 7 26190 7 28f

Table 7.487

BaselAne aumaryt_rM_IaVZ12-PmaTIC_

Baseline Lez_th Baseline Transverse

Value Residual Sigma Value Residual Si_namm .w. mm _ .n _n

1555267825.9 13.0 9.8 11.4 -5.6 8.71566267819.3 5.5 7.7 21.1 4.1 5.2

1566267799.4 -14.5 8.0 16.1 -.9 5.5

Baseline Vertical


mm u_n

-86.9 -38.6 56.9

-48.9 1.5 44.5

-25.3 25.1 48.8

yy mm dd_

Ii

91 11 22J

Table 7.488

BMo1Ano m_ary _ t4DJAVZI2-S6HTIA12


Value Residual Sisma I Value Residual SIsma i

8253264754.0 .0 22.5 t 1565.9 .0 8.3

Baseline Vertical

Value Residual Sisma.5. mm _n

553.9 .0 32.5

_ ddlII

86 B 28190 8 9J

90 8 101

Table 7.489

Basal_the sm_ax7 £orMOJAVE_I

Baseline Lez_th Baseline Transvezse

Value Residual Sisma Value Residual Stsma.we mm mm nTn mm

1439349365.6 34.0 8.4 22.2 4.2 6.2

1439349310.6 -21.1 7.5 11.1 -7.0 5.1

1439349322.4 -9.2 9.0 24.1 6.1 6.0

Baseline Vertical

Value Residual Siena

mm _ mm

-6.1 -28.2 45.6

102.0 79.9 42.4

-63.7 -85.9 52.7

yy mmddl

JI

90 4 191

Table 7.490

BuelAne atu_ary for MOJAVE12-_ZST

Baseline Length t Baseline Transverse J


mm mm mm I mm nm um I

7986720624.2 .0 16.0 I -105.5 .0 9.1 J

Baseline Vertical


mm sT. mm

-I04.6 .0 27.2

77mm dd

87 8 21

87 8 22

88 7 28

88 7 29

88 7 30

89 8 2

89 8 31

89 8 41

Table 7.491

Baseline su_az7 for MOJAVE_

Baseline Lensth


men m

3577769387.0 5.6 13.3

3577769354.5 -27.0 12.1

3577769383.3 1.8 10.2

3577769409.4 28.0 12.1

3277769370.7 -10.8 12.4

3577769385.3 3.9 8.9

3577769390.6 9.1 8.4

3577769365.3 -16.2 9.9

Baseline Transverse


.m_ nwe

14.4 -5.7 5.7

23.9 3.8 4.8

32.6 12.5 4.1

26.8 6.8 4.7

33.8 13.8 4.9

3.5 -16.8 4.3

12.8 -7.2 3.9

15.6 -4.4 4.5

Baseline Vertical


Din .am ._n

32.1 7.3 44.9

87.2 62.5 39.2

-6.5 -31.2 32.5

-50.2 -75.0 36.9

1.6 -23.2 39.4

31.7 6.9 30.2

19.9 -4.8 27.8

81.7 57.0 32.5

y>"mmddlII

69 8 11

T_b].e 7.492

Bueline a_ for M_AVE12-33KI_GBO

Baseline LsnKth i Baseline Transverse l

Value Residual Si6ma I Value Residual Sigma I

mm mm mm I mm mm mm I

7344759272.0 .0 15.8 I 95.9 .0 7.2 I

7246

Baseline Vertical


.I. .T. _3n

-47.2 .0 26.3

77 " ddlIl

9o 8 2190 8 3J

90 8 4 I

Table 7.493

BaselJ_e =._azTfozMD3AVE12-VICII3EIA

Basellne Lenath Bmlellne Transverse

Value Residual Slsma Value Residual Sigma

rain m_ mm wm mm mm

1545227662.9 -5.6 7.3 22.2 7.4 5.3

1545227661.8 -6.7 8.1 14.7 -.i 5.9

1545227682.6 14.1 6.3 6.8 -8.0 5.5

Baseline Vertical


mm mm mm

-22.3 10.0 44.7

-58.2 -25.9 50.3

-18.2 14.1 51.9

yy am ddi

lI

88 8 41

88 8 5[

88 8 6J

89 8 9J

89 8 101

Table 7.494

Basel/he _ for 14DJAVE_

Baseline Length


.M_ DXD n_n

3076518286.2 22.7 9.3

3076516274.5 Ii.0 8.9

3078518274.4 10.9 9.7

3076518241.8 -21.7 7.1

3076518257.2 -6.3 8.3

Baseline Transverse

Value Residual StKma

enm rm_ ,ran

i0.0 -5.2 4.5

9.2 -6.0 4.4

13.5 -1.7 4.2

17.7 2.5 3.8

24.4 9.3 4.4

Baseline Vertical


-52.8 -47.9 32.8

-70.7 -65.8 31.1

-49.6 -44.7 33.6

82.1 87.0 28.9

43.4 48.4 31.7

yymmddI

91 7 1191 7 13 I

91 7 141

91 7 18]

91 7 19J

91 7 23J

91 7 24J91 8 41

Table 7.495

Baseline summary for MO3AVEI2-YI_DW7296


J Value Residual Siama Value Residual Sigma

J mm men mm mm " mm

2995740032.7 7.5 3.6 -1874.9 -4.1 3.1

2995740023.6 -1.6 6.8 -1871.4 -.6 5.3

2995740021.4 -3.7 6.4 -1870.5 .3 5.2

2995740032.1 6.9 5.9 -1869.6 1.2 4.4

2995740012.9 -12.3 4.8 -1871.0 -.2 4.1

2995740013.3 -11.9 5.8 -1880.4 -9.6 4.6

2995740029.3 4.1 5.4 -1874.4 -3.6 4.6

2995740026.1 .9 3.3 -1861.1 9.7 3.1

Baseline Vertical


,,w mm mm

257.5 12.6 12.9

249.7 4.8 21.5

269.9 25.0 21.6

244.4 -.5 19.1

253.4 8.6 16.2

271.7 26.8 19.3

237.9 -7.0 17.4

218.0 -26.9 11.1

7Y"" ddi

II

87 11 21

Table 7.496

Baseline sumner7 £or M03 7288-4HDJAVE12

Baseline Lensth J Baseline Transverse I


358196.9 .0 1.7 I .5 .0 2.4 I

Baseline Vertical lValue Residual Sigma l

" D_ nw, I

.6 .0 150 I

77 mm ddl

II

87 11 21

Table 7.497

Beuse]_L_e mnsmax7 for MOJ 7286-'OV_O 130

Baseline Lens_ I Baseline Transverse I


245135040.7 .0 2.7 I 4.4 .0 2.2 I

Baseline Vertical


mm mm mm

--12.5 .0 16.2

77 "" ddl

Il

87 ii 21

Table 7.498

BaseLine sumazy for MO3 7288-GVE 7853

Baseline LenKth I Baseline Transverse J


" " == I " " " I245751411.2 .0 2.9 I 4.4 .0 2.3 I

Baseline Vertical


-15.8 .0 16.3

YT" ddl

II

90 11 111

90 11 12l

Table 7. 499

Baseline summary for M_ PEAK-_

Baseline Lensth l Baseline Transverse I Baseline Vertical

Value Residual Sigma I Value Residual Sigma I Value Residual Sigma

3985679563.8 9.5 13.7 i 100.8 -3.3 7.3 I -203.0 1.0 43.5

3985679545.0 -9.3 13.6 I 107.1 3.1 7.I J -204.9 -.9 43.1

7.247

y_ mm ddl

II

84 7 151

85 7 26 I

66 6 11

Table 7.500

BaselinomlmaxTfozHOME -2RDPOINTBaseline Lensth Baselina Transverse

Value Residual Sigma Value Residual SiSmamm mm I_ .u. mm ._

1060002841.6 -29.7 31.0 -35.4 -33.1 26.5

1060002871.2 -.1 8.4 -9.0 -6.7 5.2

1060002873.5 2.2 8.2 3.8 6.2 4.6

Baseline Vertical


mm mm mm

142.6 115.6 180.2-56.0 -83.0 53.6

101.8 74.7 54.3

== ddlII

90 6 19_

90 6 zol90 6 211

Table 7.501

Baseline mmmaxTfo=JK_Z


Value Residual Slams Value Residual Sl_ma Value Residual Sisma

Em me. mm mm mm ymu em_ mu sum

5785551166.2 24.9 19.5 42.9 -.7 6.8 -108.1 -1.2 39.0

5785551131.3 -9.9 20.7 42.4 -1.2 6.7 -110.5 -3.6 40.9

5785551128.4 -12.9 17.4 45.1 1.5 6.0 -103.4 3.5 34.6

yy mm ddJ

II

89 7 1ol69 7 19l69 9 11191 3 141

Table 7.502

Baseline mmmaryfo_NOTO _5 3


Value Residual SiKma Value Residual Siena

em_ men mm mm _m_ mm

7446887079.9 -12.5 11.0 56.3 4.5 6.3

7446887113.3 20.9 14.2 58.6 6.8 8.1

7446887094.2 1.8 15.1 52.1 .3 8.6

7446887077.3 -15.1 42.7 15.1 -36.7 12.9

Baseline Vertical


nvn me. mm

119.0 .8 17.6

113.7 -4.5 23.7

i14.i -4.1 24.9

158.5 40.3 57.8

yy mm ddl

II

91 11 2ol

Table 7.503

BameLtua summary for ]tiLde85 _Z_J.


Value Residual Sisma I Value Residual Sisma [

6725781929.3 .0 11.4 I 63.5 .0 6.2

Baseline Vertical


em_ me. nwn

--56.2 .0 20.6

yymddlII

91 zo 261

Table 7.504

Baseline statuary for RAn 140-HRAD85 3



== == == t == == == I1128931.4 .0 1.8 I 12.3 .0 1.5 I

Baseline Vertical


mm mm _fn

-27.6 .0 7.7

yTmn ddl

Ii

81 II 19181 11 20182 12 161

62 12 171

Table 7.505

BaseLine _ £o¢ K 140-QI_AL&60

Baseline LenTth Baseline Transverse Baseline Vertical

Value Residual Sisma Value Residual Sigma Value Residual Sigma

w_ mm em_ mm mm ram mm mm men

6319317552.5 3.0 27.8 158.1 53.9 164.7 --155.2 --134.0 94.5

6319317552.0 2.5 10.6 105.2 1.0 7.1 56.6 77.8 35.5

6319317591.9 42.4 20.7 104.6 .5 17.4 -138.3 -117.1 61.5

6319317506.9 -42.6 16.4 100.4 -3.7 12.5 -60.0 -38.8 49.5

?'_,,,,,,ddtII

91 10 26[

Table 7.506

Baseline su_uzy fez RRAO 140-RICaS]_


Value Residual Siena J Value Residual Sigma I

= ._ m I -- m -- l1420105749.2 .0 2.9 I -6.2 .0 2.0 l

Baseline Vertical I


row. mm mm I

28.1 .o 11.8 I

?_'," ddlII

65 3 51

Table 7.507

BaseLine sta-_ary fez OCOTILLO-I3RTRO 130

Baseline Len&th J Baseline Transverse J

Value Residual slgmeI Value Residual Sigma I

m = I " m " I542313250.0 .0 7.2 J 19.4 .0 4.3 ]

7.248

Baseline Vertical I


mm mm mm i

-32.0 .o 55.2 I

_ ddlII

85 3 51

Table 7.508

Baseline sugary for OCOTIIID-PV£_DES

Baseline Length I Baseline Transvarso J

Value Residual Siama J Value Residual Sisma

"" = I _ "" = I264927266.1 .0 5.7 [ -36.6 .0 6.4 I

Baseline Vertical


mm m. mm

-17.2 .0 63.5

y_mm ddl

84 3 4J85 1 16J85 3 51

Table 7.509

Baseline stmmaryfor0COTILLO-VBDHBERG


] Value Residual Stsma Value Rssidual Sigma Value Residual Sigma

J mm me. mm mm .55_ mm .5. .5_ mm

487851076.7 -28.4 33.8 -100.0 -44.0 37.8 -373.5 -401.4 265,5

487851082.8 -22.2 10.1 -35.3 20.7 8.1 -101.7 -129.6 70.0

487851114.1 9.0 8.1 --62.2 -6.2 4.6 91.8 63.9 44.6

YY"" ddl

II

83 5 6J

Table 7.510

Baseline jU_aL-fforCJ_ALA_0-4KILl_32

Baseline Lensth ] Baseline Transverse

Value Residual Sigma I Value Residual Siva

mm mm eve. I mm _ mr.

2204783302.9 .0 11.7 J 62.7 .0 10.2

Baseline Vortical


mm m_ .!.

72.5 .0 54.6

TabLe 7.511

Baseline summary for OIEALAG0-SEST

yy mm dd I Baseline Length Baseline Transverse

J Value Residual SiKma Value Residual Sigma

I mm mm mm mm mm mm

90 4 191 10459732569.9 6.5 24.2 -2.7 -13.6 12.6

90 5 241 10459732565.6 2.2 33.1 11.5 .6 11.9

90 5 25J 10459732544.4 -19.0 38.1 27.7 16.8 14.3

Baseline Vertical


mm mm Bin

19.2 6.8 23.0

19.1 6.7 25.2

-7.0 -19.4 28.8

r/,,= ddlII

89 7 31J

89 8 II

89 9 2l89 8 31

Table 7.512

Baseline summuryfozGffSAI.ASO--YRCt4SOHO

BaselLne Length Baseline Transverse

Value Residual Sigma Value Residual Sisma

mm mm _ mm mm me.

1406156786.0 16.8 5.7 21.0 --1.5 5.6

1406156767.8 -1.3 6.2 31.3 8.8 4.5

1406156751.1 -18.1 5.5 21.2 -1.3 4.1

1406156773.2 4.0 5.5 16.4 -6.1 4.5

Baseline Vertical


.i. mm mm

28.7 -18.3 26.9

80.7 33.6 25.7

29.6 -17.5 24.3

49.7 2.6 25.2

:,-y,,_ddlII

83 11 131

85 3 51

Table 7.513

Basel/De suumary for OVRO 130-PVERDES

Baseline Length [ Baseline Transverse I


mm =m mm I =m _- -i- I

387094608.6 41.5 21.5 J -78.3 -19.2 8.7 I

387094562.2 -4.8 7.3 I -54.5 4.6 4.2 J

Baseline Vertical


mm _ mm

4.4 -I0.7 112.5

18.4 3.3 62.7

_ ddlII

83 9 11

Table 7.514

BaseLine |um_z 7 for OV]_ 130-SAIIPAULA


Value Residual Sigma I Value Residual Sigma

m = = ] = = = I322080185.4 .0 11.8 I -105.6 .0 7.9 I

Baseline Vertical


mm mm mm

67.4 .0 77.0

-- ddlII

87 II 2[

Table 7. 515

Baseline summary for OVR 7853_ 130


Value Residual Sigma I Value Residual Slams i

= = = I = = = I991122.2 .o 1.61 -.3 .0 2.4 I

Baseline Vertical


3.3 .0 12.1

7.249

= ddlII

88 2 91

Tab1- 7.518

BasalJJ_ mmL_ for FBLGSSQN-SM_AULA

Baseline Lensth J Baseline Transverse [

Value Residual Si_na I Value Residual Sigma J

= -- = J -- -- -- I99860794.2 .0 7.1 I -1.5 .0 I0.6 I

Baseline Vertical


-37.3 .0 68.9

_,== dalII

90 7 25190 7 26190 7 2el

Table 7.517

Baselinemma_L_BT_

Baseline Le_st_ Baseline Transverse Baseline Vertical


mm mm ,me ,,m am =ms mr, ,me mm

3684987809.4 23.5 19.3 27.9 7.0 7.2 -108.1 -37.3 54.5

3684967790.8 4.8 14.9 19.0 -2.0 5.8 -56.9 13.9 41.6

3684967763.3 -22.6 16.4 18.1 -2.8 6.2 -61.4 9.4 45.6

yymmddJ

II

84 8 251

65 9 51

Table 7.518

Base]JJ_ 8mma_ for I_BTXCXI_XELLO_]

Baseline Length J Baseline Transverse J Baseline Vortical J

Value Residual Sigma J Value Residual Sigma i Value Residual Sigma J

= = = I = = -- I = = = I1495292882.9 -3.7 13.9 I -15.3 -12,9 5.9 I 42.9 26.3 83.4 I

1495292888.5 1.8 9.6 i 4.4 6.8 4.3 I 5.6 -Ii.0 53.9 i

.== ddliI

91 1 31l

91 2 13191 3 15191 5 22J

91 6 29191 7 11i91 12 5l

Table 7.519

Baseline smmazy for PIETOtEI _ZELL

Baseline Length


8339267316.4 2.4 6.8

8339267302.7 -11.3 5.1

8339267302.9 -11.0 4.1

8339267308.8 -7.1 5.5

8339287332.0 18.1 4.4

8339267322.2 8.3 4.1

8339267311.9 -2.1 3.3

Baseline Transverse


mm mm mm

68.4 6.4 5.7

70.1 8.1 4.9

66.7 4.7 4.7

61.7 -.3 4.9

59.0 -3.0 4.8

61.6 -.4 4.6

46.8 -15.2 5.0

Baseline Vertica_


-122.5 23.0 13.1

-137.7 7.8 8.8

-134.3 11.2 8.0

-168.0 -22.5 9.6

-134.8 10.7 9.1

-148.9 -3.4 8.4

-160.3 -14.8 7.8

.==ddlii

87 3 26 I

87 12 9188 2 6[

Table 7.520

BaseLLne summu_ for PIEFLATS-IW]_U)ES



.w_ mm .v. .we .vn m_

180972816.0 -2.7 5.5 1.8 4.6 7.5

180972823.3 4.6 4.7 -5.8 -3,0 7.0

180972815.1 -3.5 5.4 -4.0 -1.3 7.8

Baseline Vertical


22.3 10.1 44.2

-28.5 -40.7 42.9

59.1 46.9 52.5

yy -,,, dd]II

86 3 311

Table 7.521

BaselAue sumaz7 for PLATTVZL-VEREAL


Value Residual Sigma I Value Residual Sigma l

412425202.8 .0 4.0 I -7.3 .0 5.7 I

Baseline Vertical


101.6 .0 39.1

Ty m'ddJII

83 6 28185 3 14 I

85 lO 2ol

Table 7.522

Basel/he su._azy for PRESXDIO-PTRL_

Baseline Lenst/_ Baseline Transverse


mm mm mm rrra mm mm

53727229.6 -3.7 12.2 -27.4 -12.6 9.3

53727233.6 .2 9.4 -3.6 11.2 10.0

53727233.7 .4 4.3 -14.0 .8 4.9

Baseline Vertical


m_. mm mm

153.8 178.8 88.4

-81.5 -56.4 95.7

-54.1 -29.0 41.6

7.?,SO

yy m= ddJ

II

89 10 21189 10 24J

89 11 17J89 11 leJ

91 7 181

91 7 19J

Table 7.523

BaseLine sumary for PRESIDI_Baseline Length


4224409686.9 8.7 21.2

4224409682.6 4.4 13.8

4224409629.8 -48.4 19.6

4224409681.9 3.7 17.8

4224409669.9 -8.3 10.1

4224409694.3 16.1 10.3

Baseline Transverse


mm mm mm

55.3 -19.6 11.2

57.5 -17.4 5.9

40.1 -34.8 8.5

61.2 -13.7 7.3

92.0 17.1 4.6

88.4 13.5 4.8

Baseline Vertical


nln _ n_

-151.3 23.1 57.8

-137.8 36.6 36.4

-299.0 -124.6 52.7

-92.7 81.8 48.0

-186.3 -11.8 27.3

-181.2 -6.7 27.1

yy=m ddJ

II

81 7 18J

91 7 191

Table 7.524

Basel/no summ_ry for PRESIDIO-3ff.GW7296


Value Residual Sisma J Value Residual Slsma J

mm "_ m= l mm -I in J

2775924623.2 -.6 8.1 J -1710.3 -1.9 5.3 J

2775924624.3 .5 7.8 J -1706.5 1.9 5.2 J

Baseline Vertical J


nw. .sw J

93.2 -33.5 31.8 I157.4 30.7 30.2 J

TY mm ddJ

II

87 2 7J

Table 7.525

Baseline summary for PRESIDIO-_

Baseline Length J Baseline Transverse l

Value Residual Sigma J Value Resldual Sigma J

922582257.6 .0 6.5 I -11.8 .0 5.2 I

Baseline Vertical JValue Residual Sigma J

mm _ mm I

55.3 .o 41.3 I

yy mm ddJ

I88 11 7J

89 ii 8J

89 ii 12J

89 11 13J

91 7 13191 7 141

Table 7.526

Baseliue suanary for PTREYES-NES_


I Value Residual Sienna Value Residual SiKma Value Residual Sigma

mm men mm _ n_ w_ mm mm mm

4248545118.4 --6.5 18.5 80.3 --30.7 7.3 --72.4 20.6 49.6

4248545078.5 --46.4 15.6 96.2 --14.8 6.1 --131.3 --38.3 42.3

4248545105.1 --19.8 17.2 76.9 --34.1 6.9 --158.6 --65.6 47.9

4248545108.1 --16.8 17.2 83.9 --27.1 6.7 --121.6 --28.6 46.3

4248545156.0 31.1 10.5 135.8 24.8 4.7 --83.5 9.5 28.8

4248545132.9 8.0 12.4 145.1 34.1 5.4 --45.8 47.2 33.0

yymm dd[

II

91 7 13191 7 14J

Table 7.527

Baseline summary for PT REYES-TLOW7296

Baseline LenKth I Baseline Transverse J

Value Residual Sisma J Value Residual Sigma J

=m mm =m J ==" "_" _= J

2750483267.5 7.3 8.8 J -1674.8 2.4 5.9 J

2750483252.0 -8.2 9.3 I -1680.0 -2.8 6.3 J

Baseline Vertical


mw nz0

267.9 1.9 34.0

263.6 -2.3 37.4

yymmddJ

II

87 I0 25J

Table 7. 528

BaseLine summary for PT REYES-YUMA



= = = I = = = I975980359.5 .0 9.7 J -2.0 .0 7.9 J

Baseline Vertical


.v. mm mm

-68.1 .0 53.8

,,_ ddlII

88 ii 2J

89 ii 31

Table 7.529

Baseline summary for _IPIHCY -_

Baseline Length } Baseline Transverse J Baseline Vertical


mm mm mm I mm mm mm I "_ "I" mm

4023819283.6 6.1 14.1 J 35.2 4.1 6.1 J -87.4 27.5 40.4

4023819269.4 -8.1 16.1 J 25.4 -5.7 7.2 I -148.9 -34.1 45.0

7.251

= ddlII

89 8 11

Xable 7.530

BaaelJme misty for ILXC_IOBD-_g_$OliO

Baseline Length I Base_Lne TransverseValue Residual Si_aa [ Value Residual Sigma

= = = I == = = i7249939443.2 .0 16.5 I 65.2 .0 6.8 I

Baseline Vertical [Value Residual Sisma I

m nw_ nmw I

-46.2 .0 26.9 I

Tablm 7.531

Baseline _ for RIClqCIW-_296

yy --- ddl Baseline Lensth J Baseline Transverse I Baseline Vertical

Value Residual Sigma I Value Residual Sigma _ Value Residual Sigma

91 8 41 4696400712.9 .0 5.1 I -1463.5 .O 3,7 _ 833.3 .0 12.3

Table 7.532

Baneline mmmary for __

yy nzn ddJ Baseline Lensth J Baseline Transverse J Baseline Vertical

J Value Residual Sisma J Value Residual Sisma I Value Residual Sisma

83 5 61 5300462984.7 .0 27.5 i 94.1 .0 7.9 I 52.9 .0 60.1

Table 7.533

BaneLtnosm_ary£ozSABTIA12-flZSHAH25

yy mm _J Baseline Leith J Baseline Tr_sverse I Baseline VerticalJ Value Residual Sigma I Value Residual Sigma I Value Residual Siva

I -!- mum ""1 m mm mml -,- mm -,-

91 12 181 12693859212.0 7.3 58.3 J 793.8 -8.3 15.7 J 1386,3 14.3 13.0

91 12 191 12693859195,9 -8.7 63.4 I 810.8 8.7 16.1 I 1355.6 -16.5 13.9

yy--_ ddlII

91 11 22j

91 12 18191 12 19J

Table 7.534

Baseline s_ for SARTI_


Value Residual Sisma Value Residual Sisma Value Residual Sigma

7791503447.8 15.2 20.4 1215.2 3.6 0.0 -1293.5 30.7 32.2

7791503430.6 -2.0 28.3 1199.8 -11.8 9.2 -1345.0 -20.7 40.9

7791503417,9 -14.7 20.8 1216.8 5.2 7.9 -1340.1 -15.9 30.4

Table 7.535

BaneJJuBe sugary for S_glTIJLI_-NETTZELL

7Y "I" ddl Baseline Length Baseline Transverse Baseline Vertical

J Value Residual Slsma Value Residual Silr,ma Value Residual $1gma

I mm me. mm mm mm mm _ BID mm

91 11 221 10460704387.8 31.4 29.8 157.6 11.9 12.9 -1863.4 24.8 23.5

91 12 181 10460704339.8 -16,6 39,9 136.4 -9.3 12.1 -1904.0 -15.8 30.5

91 12 191 10460704335.1 -21.3 29.2 144.9 -.8 10.8 -1903.6 -15.4 23.4

== dd[II

86 8 261go S 91

90 8 101

TabOr 7.536

Baseline JlJ,Usrffor_7.ArJ_l.E1-;_E_D

Baseline Lengt/_ Baseline Transverse Baseline Vertical

Value Residual Sigma Value Residual Sisma Value Residual Sigma

mm _ m_ _ mm _ .wn

3895645967.1 20.0 14.1 55.6 39.3 14.1 -12.5 127.8 56.6

3895645928.1 -19.1 13.3 9.1 -7.3 6.4 -274.1 -133.7 41.9

3895645949.0 1.9 16.2 15.4 -I.0 7.5 -45.6 94.7 51.0

Table 7.537

Bazeline s_ary for

yy mm ddl Baseline Length I Baseline Transverse I Baseline Vertical I

[ Value Residual Sisma i Value Residual Sigma J Value Residual Sigma I

91 12 18J 10157033700.3 7.5 32.5 I 131.5 20.9 10.1 I -181.7 -6.6 27.1 I

91 12 19J 10157033678.1 -14.8 45.8 J 82.6 -27.9 11.7 J -163.4 11.7 36.1 J

7.7.$2

II

90 4 4190 5 9J

91 4 181

91 7 191

91 12 18191 12 191

Tab].o 7.538

Kuelium mmmarTforSESHAH25-tL_ZELL

Baseline Length

Value Residual Sl_a

mm mm

8003555617.5 -6.0 28.6

8003555649.1 25.6 14.1

8003555612.7 -10.8 16.3

8003555609.0 -14.5 16.4

8003555610.2 -13.3 25.9

8003555614.5 -9.1 36.1

Baseline Transverse


mm me. ml_

136.9 -7.0 10.8

155.2 11.3 6.0

158.1 14.2 8.0

162.2 18.3 8.1

124.9 -19.0 9.7

84.2 -59.7 10.7

Baseline Vertical


mm mm w_

-ii0.0 16.7 45.4

-97.7 29.0 19.5

-71.7 55.0 23.5

-183.9 -57.2 21.5

-166.2 -39.5 33.6

-181.4 -54.7 45.5

Tym- ddlII

90 4 19l

90 5 24190 5 251

Table 7.539

BaselJu_a am=m.cyfozSZST '-IkgCSTFCED

Baseline Length J Baseline Transverse

Value Residual Sigma J Value Residual Sigma

mm mm m_ I mm m_ wm

7447845586.4 -.3 12.6 I -72.1 -1.6 8.7

7447845601.5 14.8 24.4 I -65.6 4.9 10.9

7447845568.8 -17.9 28.0 J -73.6 -3.1 12.8

Baseline Vertical

Value Residual SIsma

me. mm me.

48.6 1.5 26.9

35.1 -12.0 32.3

60.4 13.3 37.4

. = ddlII

90 7 31J

Table 7.540

Baseline summary for SINTOTU



= = = I = = = J872851759.3 .0 8.6 I 22.7 .0 5.8 I

Baseline Vertical I


mm mm mm l

36.9 .0 31.2 I

yymm ddJ

II

84 7 15 I

85 7 26J

86 8 11

Table 7.541

BaseLLne summary for SRDPOIRT-VRDRBERG




3763684148.8 86.0 51.2 110.0 60.5 37.8 --72.2 --18.8 196.5

3763664088.6 25.7 14.4 51.7 2.1 5.3 28.3 81.7 46.4

3763664026.9 --36.0 15.2 46.0 --3.5 5.4 --139.9 --86.5 48.1

yy mm

88 7

88 7

89 7

89 7

89 7

90 7

90 7

90 7

dd

13

14

14

15

1el

101

11J

131

BaseLine

Baseline Length


Bin m n_.

5963589384.2 5.1 18.1

5963589384.2 5.1 18.9

5953589342.6 -36.4 16.5

5953589385.6 6.5 15.6

5963589404.9 25.9 17.1

5963589358.2 -20.9 20.8

5963589385.7 6.6 17.3

5963589384.6 5.6 19.3

Table 7. 542

smmaxT for S_)POIET-k_STFQBD

Baseline Transverse


mm m_ mm

61.1 1.3 8.2

63.7 3.9 8.1

64.0 4.2 6.6

57.4 -2.4 5.6

65.2 5.4 5.9

58.5 -1.3 7.3

55.6 -4.2 6.6

52.6 -7.2 7.4

Baseline Vertical


mm mm mm

-23.6 85.2 37.7

15.2 124.0 38.2

-140.0 -31.2 33.2

-84.6 24.2 31.1

-68.2 40.6 34.1

-188.7 -79.9 38.7

-167.6 -58.8 32.3

-193.7 -84.9 35.6

_7 mm ddl

88 7 28 I

88 7 29188 7 301

89 8 2189 8 3]

89 8 4J

Tab2e 7.543

BaseLine aumaz7 for SO_B_(_--b_ST}_RD



I mm mm mm mm wwn mm

4992696139.6 -10.9 13.8 57.5 12.3 5.5

4992696166.7 16.2 16.7 48.7 3.4 8.9

4992696126.0 -24.4 16.2 55.3 10.1 6.3

4992696149.3 -1.1 12.0 36.8 -8.4 5.0

4992696163.2 12.8 ii.3 45.3 .0 4.7

4992696150.5 .0 13.1 33.6 -11.6 5.4

Baseline Vertical


mm mm mm

-71.2 13.3 34.1

7.5 91.9 41.4

-49.4 35.1 39.3

-84.8 -.3 29.8

-91.7 -7.2 28.1

-166.9 -82.4 32.4

7.253

= ddlII

84 8 8J

88 8 19186 8 211

Table 7.544

Basal/he mmmary for_

Baseline LenKth Baseline TransverseValue Residual Siena Value Residual Sigma

• m Nm m. mm mm m.

591316598.0 17.0 17.5 29.8 45.0 14.2

591316580.7 1.6 5.5 -14.1 1.1 5.1

591316574.9 -4.2 6.2 -21.8 -6.6 5.0

Baseline Vertical


28.2 -17.1 142.3

72.8 27.5 46.9

13.8 -31.6 52.0

yy,r--ddlII

89 8 11

Table 7.545

Basal/no sugary for _Ot_EO'_lL'1_1_


Value Residual Sisma J Value Residual Siama I

5474070358.4 .0 11.3 I 77.2 .0 5.8 J

Baseline Vertical I


1.0 .o 25.4 I

_m_liI

89 7 311

89 8 iI

89 8 21

89 8 3[

Table 7.546

Basel/no misty foz_ZE_

Baseline Lensth Baseline TransverseValue Residual Siama Value Residual Siama

2296324610.5 20.9 7.1 41.8 6.8 7.0

2296324580.2 -9.3 7.2 36.8 1.8 4.9

2296324570.4 -19.1 7.1 30.9 -4.0 4.7

2296324596.7 7.1 6.9 34.2 -.8 5.0

Baseline Vertical


mm mm mm

-41.7 4.9 27.2

-58.8 -12.3 Z5.4

-29.5 17.0 24.3

-57.1 -10.8 25.3

II

91 11 91gl 11 16j

91 12 lol91 12 15i91 12 211

91 12 311

Table 7.547

Baselinoam_arff_.YS_

Baseline Length


mm mm ram

5480563557.5 21.6 12.6

5480563545.3 9.4 8.2

5480563533.9 -2.0 10.5

5480583534.7 -1.1 7.8

5480563532.3 -3.6 9.4

5480563502.7 -33,2 12.9

Baseline Transverse

Value Residual Si_a

mm ,ms m_

232.3 4.7 5.8

226.9 -.7 4.5

231.8 4.2 4.9

220. I -7.5 4.5

230.7 3.1 4.8

225.9 -1.7 7.0

Baseline Vertical


mm mm mm

356.1 23.4 27.2

346.8 14.2 19.1315.0 -17.6 24.3

325.8 -6.9 18.0

322.9 -9.8 22.0333.3 .8 31.2

yymm ddl

91 11 9J

81 11 16l81 12 lOJ

91 12 15191 12 211

Table 7.548

BaseLine au_aryfor13_S_ZELL

Baseline Lansth Baseline TransverseI Value Residual Stems Value Residual Si_

1364743198.3 4.6 4.6 -114.4 1.3 3.3

1364743194.6 1.0 3.1 -116.9 -1.2 2.2

1364743192.7 -i.0 4.1 -117.8 -2.2 2,9

1364743194.2 .6 2.8 -i15.2 .5 2.0

1364743188.8 -4.8 3.8 -113.6 2.0 2.6

Baseline Vertical

Value Residual Slamsn_ _n mm

316.3 1.0 27.0

333.9 18.6 17.8

318.8 3.5 23.8

313.1 -2.2 16.6

289.8 -25.5 21.0

.= ddlII

88 lO 211

Table 7.549

BaseLine auumary for _ -VHDHBERG

Baseline Lensth I Baseline Transverse JValue Residual Siaa_a J Value Residual Sigma

1165722334.2 .0 4.7 J 37.4 .0 5.6 J

Baseline Vertical


nT. .sn nwn

27.8 .0 22.3

.= ddl

89 4 261

89 4 27190 10 22l

9o 10 231

Xabie 7.550

Baseline s_aryforVERHAL -_


[ Value Residual Sisma Value Residual Sisma Value Residual $isma

I _ nwa n_ .we _n mm _ .wn .we3132148589.4 --2.2 10.5 6.4 6.3 8.1 --105.9 --10.8 34.2

3132148573.0 --18.5 10.9 1.4 1.4 5.8 --107.8 --12.6 33.2

3132148598.7 7.1 10.0 4.9 4.8 6.3 --78.7 16.4 36.7

3132148609.9 18.4 13.4 -11.1 -11.2 6.6 -75.9 19.3 47.7

7254

-- ddlII

88 i0 211

Tabl_J 7. 551

Baseline s_ for VI_HAL -Yll_


Value Residual Si_a j Value Residual Slams J

--. mm "" I mm -I- "" I

917552145.3 .0 5.7 I .6 .0 5.1i

Baseline Vertical I

Value Residual Siama J

mm em_ mm I

2.4 .0 29.6 ]

yy mm ddJ

II

90 8 2J90 8 3 I

90 8 4l

Table 7.552

Baseline sugary for

Baseline LonKth BaseLine Transverse Batelino Vortical

Value Residual Siama Value Residual Siama Value Residual Sigma

mm _ mm _ mm mm mm wa_ m_

3967716613.6 --5.9 14.4 6.6 --5.9 5.8 --113.9 --24.6 41.7

3967715520.1 .8 18.2 10.8 --1.7 6.6 --66.6 22.8 47.8

3967716627.3 7.8 17.2 21.4 8.9 6.4 -79.0 10.3 49.2

Ty "- ddl

89 10 21

89 10 24

89 11 2

89 11 3

89 11 7

89 11 8

89 11 12

89 11 13;

89 ii 17189 11 18l

91 7 28 I

91 7 291

Table 7. 553

BaseLine su_az7 for

Baseline LenKth

Value Residual

fen mm

4228947348.5 7.2

4228947360.1 18.8

4228947336.8 --4.6

4228947332.2 --9.1

4228947351.1 9.8

4228947311 6 --29.7

4228947348 6 7.2

4228947341 2 --.1

6228947330 3 -11.1

4228947335 8 -5.5

4228947361 8 20.4

4228947350 1 8.7

SiKma

we.

10.2

8.6

9.6

9.8

9.5

7.4

8.6

8.9

11.0

8.4

9.2

10.2

Baseline Transverse


men m mm

87.0 -13.8 7.8

84.7 -16.1 4.6

84.9 -16.0 5.2

86.2 -14.7 6.0

82.6 -18.2 5.4

95.6 -5.2 4.3

83.9 -16.9 4.9

89.7 -11.2 4.4

84.5 -16.3 6.0

95.0 -5.8 5.1

151.0 50.2 4.6

157.5 56.7 4.8

Baseline Vertical


-115.1 -4.7 27.4

-85.0 45.5 22.7

-112.1 -1.7 25.5

-136.0 -25.5 25.8

-58.4 52.1 26.6

-118.7 -8.2 20.5

-133.3 -22.9 24.1

-99.9 10.6 24.4

-138.4 -27.9 30.5

-78.3 32.2 24.0

-151.8 -41.4 25.2

-135.4 -25.0 27.2

yymm ddl

II

84 6 8186 8 191

86 8 21l

Table 7.554

Baseline suBma_rforVl_M_-_B_IOR_Z


Value Residual Slams Value Residual Sigma

w_ mm mm _ mm mm

3058395753.5 130.8 39.9 --13.6 --33.0 19.2

3058395611.2 --11.5 11.6 21.6 2.2 4.8

3058395623.2 .5 12.9 19.2 --.2 5.1

Baseline Vertical


-35.7 -70.4 132.6

85.5 50.9 40.1

-23.4 -58.1 45.9

_m ddl

88 8 4l

88 8 5J

89 8 9J

89 8 101

Table 7.555

Baseline smmuaryfork_ST!_mD-4_TgC_E_

BaseLine Length Baseline Transverse


I mm mm B_ m_n mm mm

4511164165.3 30.5 13.1 45.9 5.4 5.9

4511164142.8 8.0 11.9 27.8 --12.7 5.6

4511164112.5 --22.3 10.6 40.7 .2 4.2

4511164129.4 --5.5 12.3 45.6 5.1 4.8

Baseline Vertical


mm_ E_ mm

32.2 -52.1 34.4

-26.9 -111.2 33.0

183.6 99.3 28.3

106.1 21.8 31.0

Baseline

yy mm dd I Baseline Length

] Value Residual Sigma

I wwn _Qm

88 7 22J 4895738307.7 -39.6 14.6

88 7 241 4895738329.0 -18.2 14.3

89 7 251 4895738363.7 16.4 11.4

89 7 26l 4895738345.9 -1.3 13.4

90 6 91 4895738421.9 74.7 26.3

90 6 1ol 4895738356.9 9.6 18.2

90 6 111 4895738352.9 5.6 17.0

Table 7.556

eunmutr7 for k_¢STF(]RD-YAKAIAGA

Baseline Transverse

VaLue Residual Siama

.w. m_ m

73.3 -24.1 6.6

83.3 -14.0 6.1

101.3 3.9 4.5

93.6 -3.8 4.9

109.0 ii.7 7.9

115.4 18.1 7.0

111.5 14.1 6.5

Baseline Vertical


mm .T. m

61.6 36.3 37.0

19.0 -6.3 36.1

-2.0 -27.2 28.9

23.2 -2.0 33.2

-110.1 -135.3 65.1

102.2 77.0 43.0

30.1 4.9 40.7

7.2SS

mmddlII

91 7 1 I

91 7 131

91 7 141

91 7 181

91 7 1_191 7 231

91 7 241

91 8 41

lab].e 7.557

BMo1Ano statuary for _lS1]_iD-YI.O_296

Baseline LensthValue Residual Sigma

mm mm m_

3506849219.6 2.4 3.9

3506849229.6 12.4 8.1

3508849221.7 4.5 8.0

3506849217.7 .5 7.1

3506849213.8 -3.4 6.0

3506849221.3 4.0 7.1

3506849223.3 6.1 6.4

3506849209.5 -7.7 3.7

Baseline Transverse

Value Residual Slsma

wm_ mm mm

-707.6 1.7 3.2

-799.1 .2 5.0

-802.2 -2.9 4.9-803.2 -3.9 4.0

-807.5 -8.2 3.7-809.1 -9.8 4.8

-792.3 7.0 4.9

-790.2 9.1 3.1

Baseline Vertical


mm

915.7 -4.4 11.6

948.3 28.3 21.0

907.4 -12.7 20.8

884.3 -35.7 18.9

942.4 22.3 15.2

944.1 24.1 18.5

944.2 24.2 17.5

903.1 -16.9 10.7

7.256

8.0 Site Coordinates by Session from GLB868

Table 8.0 gives the a priori positions of the sites used to define the origin for each session.

Tables 8.1 presents, for each station and mobile site, the geocentric, Cartesian site positions in individual sessions

in the VLBI reference frame. The user is reminded that the position at a particular epoch is relative to the

(arbitrary) reference station for that session and that different observing sessions having unrelated observing

networks will have different reference stations. Ninety four of the 95 fixed stations and mobile sites appearingin Tables 1.1 and 1.2 are tabulated. HAYSTACK does not appear as it is always the reference station in each

session in which it participates.

Table 8.2 presents, for each session, the geocentric, Cartesian components for each fixed station or mobile site,

their 1-a standard statistical errors (unsealed), their adjustments, their total adjusted value, and their correlations

in lower triangular form. These tables are only available in the machine-readable version.

8.1

9.0 Earth Rotation and Nutation from GLB867

Plots 9.1 through 9.4 show the pole in arcseconds over the periods 1979 through 1983, 1984 through 1986, 1987through 1990, and 1991 respectively. One-a standard statistical errors of the pole components are of the orderof 100 to 300 milliarcseconds. Error bars have been omitted from the plot for clarity. Plot 9.5 shows the

variation in the value of UT1 - TAI in seconds of time, with a linear term removed, for the period from 1979

to 1991, inclusive. This term was determined by least squares to be a slope of approximately -572 ms/yr. Formal

errors of the points are of the order of 30 to 300 #s. Once again, error bars have been omitted for clarity.

Plot 9.6 shows the nutation offsets A_ and (sinE)*A_b from the 1980 IAU nutation series, estimated in solution

GLB867 for the period 1979 to 1991, inclusive. The longitude values have been multiplied by the sine of the

obliquity of the ecliptic for plotting only. The values of the longitude and obliquity are in units of arcsecondswith 1-a standard statistical errors of the order of 0.8 to 3 miUiarcseconds in longitude and 0.3 to 1.3

miUliarcseconds in obliquity. As with the Earth orientation parameters, error bars have been omitted for clarity.

Numerous sessions, typically mobile sessions and single baseline sessions, are unsuitable for the determination

of Earth orientation and nutation parameters. Results from these sessions, which have very large uncertainties

in one or more component, are not plotted even though the sessions were actually included in solution GLB867.

The single baseline POLARIS sessions however, were retained as omitting these would leave a large gap in the

early VLBI results. The pole position, UT1 - TAI, and nutation plots include all other relevant data (fixed

station CDP, POLARIS, IRIS, and NAVNET).

The actual data plotted in 9.1 through 9.6 are available in the machine-readable version in a modified IERSformat. In this format UT1 - UTC is included, rather than UT1 - TAI. The tabulated values in machine-

readable form include the errors, the weighted rms delay in ps for the corresponding session, and the correlations

among the earth orientation and nutation parameters.

Rates for the Earth orientation and nutation parameters were not estimated in the solutions for this report.

9.1

0.6

0.5

0.4

g

_o.3

I

>'0.2

0.1

0.6

0.5

0.4

o

t,o.3v

@

I

>'0.2

0.1

9.1 Polor Motion 1979-1983

+

+

+

4`

+

4`

+

4,

4,-

4,

4-

-0.3 -0.2

i , , , i , , i i ' ' ' i

4- 4- + 4`4` + .4-4- +

4, 4,

4- 4-

4,

+

4,

\4"

4- 4, 4"+.4.+4 "4.4"

4`++

4"

"4-

_4, 4,4- 4-

4,

+

+ 4, 4,+ .14`4̀ 4, +4`+ 4"

4`4`4`

+ +

4- 4-+ 4- "4"

4- 4"4`4` 4"

"+4" + 4"

4`+

+ 4-

-t- "_- 4- + + "4" + 4" ++

-o.1 0 0.1X-wobble (arcseconds)

+

.4-

4,

,4-

+4, 4,

+

+

+

4, 4,

t 4,+ 4,

4,

.4-4-

4, 4,

•4,- 4-

+ ++

4,

4,

4,

4"4,

+

i i i I I i i i I i ' ' ' 1 ,

0,2 0,3 0.4

0.6

0.5

0.4

0.3

0.2

0.1

9.2 PolGr MorTon 1984-1986i _ i i ' ' i

+

+

4,

+

4,

4,a. 4, 4, 4- + 4, .4- + 4,+.4-

4-

; 4,+ + 4,+e++ 4, 4, -I_- 4, "_"

_- +1.+4, 4- 4`++ +4+ 4_-+ 4,

4, + +_, -_.4,4, 4, +

4- 4- 4`4` "4"4"

+

, ÷4- 4" 4,

+4, + 4-

+ * +4, + 4- 4-4- 4` 4,

4- ,4-÷ + 4,

+ +, +++ ++ + +

4`4` \ 4, :+4` + -#" 4, +

_+ 4`4` _.+_ 4, 4- * +4_-* 4. +

4" 4, 4- ++ +'h_ "4-.4-4,4-

4, ++

++4`++

"4-

•4- + 4,

4-+

.4-4-

0.6

-0.3 -0.2 -0.1 0 0.1 0.2 0.3 0.4.X-wobble (a rcseconds)

0.5

0.4-

0.3

0.2

0.1

9.2

0.6

0.5

0.4

ooo

_o.3

-g}:I

>0.2

0.1

0.6

0.5

0.4

o

_3.:

o

I:'-0.2

0.1

, I ,

-0.3

9.5 Polar Motion 1987 - 1990

l T I I I

_,_ + .,+ _ _. +

:++ / .?-_ -_._ +++ ++,,,

_ +-¢ + + +4,'4:÷_

i

-0.2

, 0.6

0.5

0.4

0.3

0.2

0.1

-0.1 0 0.1 0.2 0.3 0.4X-wobble (arcseconds)

9.4 Polor Motion 1991' i ' ' ' i ' i ' ' i

+_+4t-*

+4,

++

¢+

e-

4-

-$

_+4-

*+++

+%

"_+ +.,_

÷.._

t%

\

*+

, i .... i . ,

-0.3 -0.2

i

-0.1

I 1 , , , , l

0 0.1 0.2X-wobble (orceeconds)

, . , , , 0.6

0.5

0.4-

0.3

0.2

0.1

, I , , , , I , 0

0.3 0.4

9.5

,X

F-D

Z

Co

Z)

L.

>

_3

©

.... d d d d d d d d o

+ +÷_ -t+ ÷

,i,I +

"l-

- d d d (spuoo_s)d o d o 6 o

9.4

0

10

9

8

4i

3@§2

i____ 0E_--I

_-2

-4

-5

-6

-7

-8

-9

9.6 CDP VLBI Nutotion Offsets to IAU 1980I I i I i i i i i I • I

+ ÷

+ +4- +

44t. e" "I" +

4, + _ I.+ _ 4_ _ _ _:._ _÷_i_.. +,-+ 4-: +÷ ,_.",t ._4-;.'-,_

+ 4. 4- ÷ 4-

4- 4- 4-

4-

+.

i lO

9

8

7

6

5

4

3

2

1

°-1

-2

-3

-4

-6

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9.5

REPORT DOCUMENTATION PAGEForm ApprovedOMB No. 0704-0188

Public reoorting burden for this coUection of information is est_rnate<lto average 1 hour per response, including the time for reviewing instructions, searching existing d,_a sources, gatheringand maintaining the data needed, and corn_eting and reviewing the ¢oilecticn of information. Send comments regarding this burden estimate or any other ai,pect of this collectk}n ofinformation, including suggestions for reducing this burden, to Washington Headquarters Services, Directorate 1or Information Operatiocts and Relx_s. 1215 Jefferson Oav_s Highway. Suhe

1204, AdincJton, VA 22202,4302. and to.the Office of Management and Budget, Paperwork ,Reduction Propct I0704-0188), Washin_on. CC 20503.

1. AGENCY USE ONLY (Leave blank) 2. REPORT DATE 3, REPORT TYPE AND DATES COVEREDFebruary 1993 Technical Memorandum

4. TITLEAND SUBTITLENASA Space Geodesy Program---GSFC Data Analysis--1992

Crustal Dynamics Project Very Long Baseline Interferometry (VLBI)Geodetic Results 1979-91

6. AUTHOR(S)

J.W Ryan, C. Ma, and D.S, Caprette

7. PERFORMING ORGANIZATION NAME(S) AND ADDRESS(ES)

Goddard Space Flight Center

Greenbelt, Maryland 20771

9. SPONSORING/MONITORING AGENCY NAME(S) AND ADDRESS(ES)

National Aeronautics and Space Administration

Washington, D.C. 20546--0001

5. FUNDING NUMBERS

926

8. PERFORMING ORGANIZATION

93B00055

10. SPONSORING/MONITORINGAGENCY REPORT NUMBER

TM104572

11. SUPPLEMENTARY NOTESD.S. Caprette: Hughes STX Corporation, Lanham, Maryland.The contents are available in machine--readable form, by anonymous ftp, on magnetic tape, and on floppy diskette, from

the Crustal Dynamics Data Information Service (CDDIS).

12a. DISTRIBUTION/AVAILABILITYSTATEMENT 12b, DISTRIBUTION CODE

Unclassified-Unlimited

Subject Category 46

13. ABSTRACT (Maximum 200 words)

The Goddard VLBI group reports the results of analyzing 1648 Mark III data sets acquired from fixed and mobile obser-

ving sites through the end of 1991, and available to the Crustal Dynamics Project. Two large solutions were used to obtain

Earth rotation parameters, nutation offsets, radio source positions, site positions, site velocities, and baseline evolution.

Site positions are tabulated on a yearly basis for 1979 to 1995, inclusive. Site velocities are presented in both geocentric

Cartesian and topocentric coordinates. Baseline evolution is plotted for 200 baselines, and invididual length determina-

tions are presented for an additional 356 baselines. This report includes 155 quasar radio sources, 96 fixed stations andmobile sites, and 556 baselines.

14. SUBJECT TERMS

Geodesy, Earth Rotation, Tectonics, Crustal Dynamics

17. SECURITY CLASSIFICATION 18. SECURITY CLASSIFICATION 19. SECURITY CLASSIFICATIONOF REPORT OF THIS PAGE OF ABSTRACT

Unclassified Unclassified Unclassified

NSN 7540-01-280-5500

!15. NUMBER OF PAGES

471

16. PRICE CODE

20. UMITATIONOFABSTRACT

Unlimited

Standard Form 298 (Rev. 2-89)Prescribed by ANSI Std. 23_-1s, 29a-102

National Aeronautics and

Space Administration

Washington, D.C.20546

Official Business

Penalty for Private Use, $300

Postage and Fees Paid

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Pt_slal Manual) Do Not Return

NASA Space Geodesy Program--- GSFC Data Analysis--1992

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