Vertical Reference Systems: IAG Symposium Cartagena, Colombia, Ferbuary 20-23, 2001

ปกหน้า
Hermann Drewes
Springer Science & Business Media, 6 ส.ค. 2002 - 353 หน้า
The Symposium on Vertical Reference Systems (VeReS) was initiated on the occasion of the XXII General Assembly of the International Union of Geodesy and Geophysics (IUGG), Birmingham 1999, by Professor Dr. Wolfgang Torge, Past President of the International Association of Geodesy (lAG) and representative of lAG to the Pan-American Institute of Geography and History (PAIGH). The idea was to organise another joint symposium of lAG and PAIGH like the previous one held during the XX IUGG General Assembly at Vienna, Austria, in 1991. Good reasons for such a joint symposium were the great success and the ongoing activities of the Project on the South American Geocentric Reference System (Sistema de Referencia Geocentrico para America del Sur, SIRGAS) being sponsored by lAG and PAIGH since 1993. The SIR GAS Project (Working Group I) had presented a continental South American reference frame of 58 stations during the lAG Scientific Assembly at Rio de Janeiro, in 1997. This reference frame was already adopted by several South American countries as the basis for their new national horizontal geodetic datums (SIRGAS Working Group II). To overcome the problems of the heterogeneous vertical (height) datums between the individual countries, SIRGAS had installed its Working Group III "Vertical Datum" in 1997. As the discussion on the unification of vertical reference systems is also going on in lAG and other bodies of science and practice, it was decided to dedicate the symposium to this topic.
 

เนื้อหา

The Cooperation Between IAG and PAIGH
3
Velocity Estimates of IGS RNAAC SIRGAS Stations
7
Improvements in the Ellipsoidal Heights of the Argentine Reference Frame
16
Brazilian First Order Levelling Network
20
The Vertical Geodetic Network in Chile
23
Approach to the New Vertical Reference System for Colombia
27
Vertical Control Networks in Indonesia
34
Current Status of Vertical Control Network in Peninsular Malaysia and Plans for Adjustment
38
One Approach to Determine the Geoid Local Trend at Montevideo Area
176
Current Status of Geoid Calculation in Venezuela
182
Geoidal Undulations from GPS Measurements in Venezuela
187
Geoid Study in Tierra del Fuego
192
Using a GPSMSL Geoid to Test Geoid Models in the UK
197
Online and Postprocessed GPSHeighting Based on the Concept of a Digital Height Reference Surface DFHRS
203
General Scheme for the Computation of Regional Geoid Undulations Using Spherical Wavelets
209
Predicting FreeAir Gravity Anomaly Using Artificial Neural Network
215

Vertical Geodetic Network of Mexico
44
The New Height System in Switzerland
50
Subsidence of the Permanent GPS Station Bogota
56
Time Series Analysis of the Daily Solutions of the AGRSNL Reference Stations
60
a Critical Discussion of the Results
66
Central European Vertical and Kinematic Systems
72
Advances in the Calculation of a Height Transformation Model in Buenos Aires Province
75
Estimation of Station Heights with GPS
81
Contribution of Individual Space Techniques to the Realization of Vertical Reference Systems
91
Analysis of Time Series of GPS Height Estimates with Regard to Atmospheric Pressure Loading
97
The Impact of Antenna Radomes on Height Estimates in Regional GPS Networks
101
Influence of tropospheric zenith delays obtained by GPS and VLBI on station heights
107
A Study on the Effects of Data Accuracy and Datum Inconsistencies on Relative GPS Levelling
113
Employing the Strict Kinematic Model for the Maintenance of a Height Reference Frame Based on Conventional Levellings
119
Minimising the Error Budget in the Third Precise Levelling of Sweden
125
The Influence of Gravity Variations on Leveled Heights
131
Motorised Levelling The Ultimate Tool for Production of Classic National Height Networks
137
New Results in the Determination of the Geoid Model in Argentina
145
Data Collecting and Processing for QuasiGeoid Determination in Brazil
148
Improving the Quasigeoid Model in Colombia
152
Isostatic Anomaly Maps for Colombia
157
Project to Refine the Geoidal Solution in the Mexican Area
163
The Vertical Datum and Local Geoidal Models in Uruguay
169
Local Geoid Models Practical Considerations
219
The Sea Surface Topography and its Impact to Global Height System Definition
225
Correlation Between MultiMission Altimeter Time Series and Tide Gauge Registrations in the Caribbean Sea
231
Identification and Verification of Sea Level Anomalies in the North Atlantic
238
Vertical Crustal Movements of Tide Gauge Sites Around the North Atlantic Ocean
244
Caribbean Sea Level Variability from TOPEXPoseidon Altimetry
249
Monitoring Tide Gauge Benchmarks in Argentina by GPS
255
Mean Sea Level and Sea Surface Variability of Indonesian Waters from TopexPoseidon
259
Using GPS to Separate Crustal Movements and Sea Level Changes at Tide Gauges in the UK
264
Towards a Globally Consistent Nautical Chart Datum Definition in France
270
The 3D Coastline of the New Millennium Managing Datums in NDimension Space
276
Geoid Variations due to Mean SeaLevel Variations
281
World Height System Specified by Geopotential at Tide Gauge Stations
287
Scientific Foundations of the SlRGAS Vertical Reference System
287
Preliminary Results of SIRGAS 2000 Campaign IBGE Analysis Center
292
Processing of the SIRGAS 2000 GPS Network at DGFI
298
Associated Problems to Link South American Vertical Networks and Possible Approaches to Face Them
304
Connection of the Vertical Control Networks of Venezuela Brazil and Colombia
310
Attempts to Unify the Australian Height Datum Between the Mainland and Tasmania
314
Towards the Establishment of an Indonesian Unified Vertical Datum
320
Determination of a Unified Height Reference System for the Computation of a Local Geoid around the Volcanoes Merapi and Merbabu Java Indonesia
325
The Vertical Reference System for Europe
331
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