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| Sunday 2 September, 2001 |
| 18.00 - 19.00 | Opening session |
| 19.00 - 21.00 | Welcoming Reception |
| Monday 3 September, 2001 |
| 10.00 - 10.30 | Welcoming coffee/refreshments |
| 10.30 - 12.00 | Symposium
A: Fine-tuning Reference Frame Implementation
Session A1: Space Techniques: Coordination and Combination Methods The
International Earth Rotation Service (IERS) - New Structure Under Full
Operation
Combination
of VLBI, SLR and GPS Solutions for ITRS Realization
Combination
of VLBI, GPS and SLR Observations at the Observation Level for the Realization
of Terrestrial and Celestial Reference Frames
Activities
of the International GPS Service (IGS) Reference Frame Working Group
Extended
Kalman Filtering for Combining Earth Rotation Parameters Time Series
Gravity
Model induced Systematic Errors in Reference Frames
|
| 10.30 - 12.00 | Symposium
C: Geometry and Beyond - Using Global Navigation Satellite Systems (GNSS)
in New Ways
Session C1: Probing the Atmosphere with GNSS GPS
Radio Occultation with CHAMP: First Results and Status of the Experiment
Retrieval
of Key Climate Variable Using Occultation Geometry of a Mountain top GPS
Receiver
The
Italian Near-Real Time GPS Fiducial Network for Meteorology Applications
Precipitable
Water Measurements using GNSS: First Experience in Brazil
Regional
Vertical Total Electron Content Using GPS Observation
Ionospheric
Effects and GPS Positioning
|
| 12.00 - 13.30 | Lunch break |
| 13.30 - 15.00 | Symposium
A: Fine-tuning Reference Frame Implementation
Poster Session Session A1 related posters: A1.P01.
A2.P02.
A1.P03.
A1.P04.
A1.P05.
A1.P06.
A1.P07.
A1.P08.
A1.P09.
A1.P10.
A1.P11.
A1.P12.
Session A2 related poster: A2.P1.
Session A3 related posters: A3.P01.
A3.P02.
A3.P03.
A3.P04.
A3.P05.
A3.P06.
A3.P07.
A3.P08.
A3.P09.
A3.P10.
A3.P11.
A3.P12.
A3.P13.
A3.P14.
A3.P15.
A3.P16.
A3.P17.
A3.P18.
A3.P19.
A3.P20.
A3.P21.
A3.P.22.
Session A4 related posters: A4.P01.
A4.P02.
A4.P03.
A4.P04.
A4.P05.
A4.P06.
A4.P07.
A4.P08.
A4.P09.
A4.P10.
Symposium A related posters: A.P01.
A.P02.
A.P03.
A.P04.
A.P05.
A.P06.
A.P07.
A.P08.
A.P09.
A.P10.
A.P11.
A.P12.
A.P13.
A.P14.
A.P15.
A.P16.
A.P17.
A.P18.
A.P19.
A.P20.
A.P21.
A.P22.
|
| 15.00 - 15.30 | Coffee/refreshments |
| 15.30 - 17.00 | Symposium
A: Fine-tuning Reference Frame Implementation
Session A2: Non-tidal Earth Gravitation and Geocenter Motion Geocenter
variations derived from SLR data to Lageos-1 and Lageos-2
Dynamical
Determination of Origin and Scale in the Earth System from Satellite Laser
Ranging
Investigation
of Interannual Variations in the Geopotential, and the Implications for
the Determination of Decadal Scale Signals and Their Use in Constraining
Geophysical Models
Secular
Variations in the Earth s Gravity Field from Satellite Tracking Data
Determination
of Secular Change in the Earth's Second Zonal Harmonic J2
Results
from the 6th International Comparison of Absolute Gravimeters (ICAG-2001)
|
| 15.30 - 17.00 | Symposium
C: Geometry and Beyond - Using Global Navigation Satellite Systems (GNSS)
in New Ways
Session C2: Low Earth Orbiter Satellite Missions Kinematic
Orbit Determination for Low Earth Orbiters (LEOs)
Status
of GRACE: The Gravity Recovery and Climate Experiment
Analysis
of the Earth´s Gravitational Field from Semi-Continuous Ephemeries of a
Low-Earth-Orbiting GPS-Tracked Satellite of Type CHAMP, GRACE or GOCE
Kinematic
Orbit Determination of LEOs Based on Zero- or Double-Difference Algorithms
Using Simulated and Real SST Data
CHAMP
Mission Development and Data Exploitation After One Year in Orbit
Laser
Altimetry and Lidar from ICESat/GLAS
GPS/LEO
Rapid Orbit Determination in Support of GPS Meteorology: Status and Future
Plans
|
| Tuesday 4 September, 2001 |
| 08.30 - 10.15 | Symposium
A: Fine-tuning Reference Frame Implementation
Session A3: Regional Reference Networks (session time total: 105 min.) Status
of the European Reference Frame - EUREF (15
min.)
Contribution
of the EPN Central Bureau to the Overall Monitoring of the EUREF Permanent
Network (15 min.)
Regional
ITRF Densification by Blending Permanent and Campaign Data - The CEGRN
Campaigns and the Central European Velocity Field (15
min.)
On
Computation of an Homogeneous EUREF Coordinate Time Series (10
min.)
Results
of SIRGAS 2000 GPS Network by IBGE Analysis Center (10
min.)
Integration
of Regional GPS Network to the ITRF Using Precise Point Positioning
(15
min.)
The
Using of Double-Difference Information from Network Solutions for Generating
Observations for a Virtual GPS Reference Receiver (15
min.)
Definition
and Realization of a Chinese Terrestrial Reference Frame (10
min.)
|
| 08.30 - 10.00 | Symposium
C: Geometry and Beyond - Using Global Navigation Satellite Systems (GNSS)
in New Ways
Session C3: New Concepts in Engineering Geodesy Multi-Applications
of GPS for Hydrographic Survey
Integration
of GNSS and Pseudo-Satellites: New Concepts for Precise Positioning
Deformational
Monitoring on a Polygon of Liquid Wastes Injection to Deep Ground Layers
High-Precision
Integrated GPS/INS/CCD System for Transportation Applications
A New
Vision for Engineering Geodesy
Subsidence
Of Tianjin City Measured By Integration Of Interferometric SAR And GPS
Measurements
|
| 10.00 - 10.30 | Coffee/refreshments |
| 10.30 - 12.00 | Symposium
A: Fine-tuning Reference Frame Implementation
Session A4: Vertical Datums: Determination Techniques and Unification The
European Vertical Reference System (EVRS), its Relation to a World Height
System and to the ITRS
Development
of the North American Gravimetric Geoid: Adapting the Process to Determine
a Unified Central American Geoid
A Reference
Surface for the Unified Height System in the Northern Part of South America
A National
Vertical Datum Independent of Local Mean Sea Level?
On
Monitoring Vertical Datums with Satellite Altimetry and Tide Gauge Data
on Large Lakes
Remarks
on the Height Datum Definition Problem: the Italian Case
|
| 10.30 - 12.00 | Symposium
C: Geometry and Beyond - Using Global Navigation Satellite Systems (GNSS)
in New Ways
Session C4: Probabilistic and Non-probabilistic Assessment in Data Analysis Random
Simulation and GPS Decorrelation
SIGMA-F:
Variances of GPS Observations Determined by a Fuzzy System
Using
Artificial Neural Networks and Fuzzy Technology for Geodetical Data Analysis
Modelling
Uncertainty in GIS
Querying
Raster Data Structures - Probabilistic and Non-Probabilistic Approaches
on Knowledge Based Template Matching Methods
BLIMPBE
and its Geodetic Applications
|
| 12.00 - 13.30 | Lunch break |
| 13.30 - 15.00 | Symposium
C: Geometry and Beyond - Using Global Navigation Satellite Systems (GNSS)
in New Ways
Poster Session Session C1 related posters: C1.P1.
C1.P2.
C1.P3.
C1.P4.
C1.P5.
C1.P6.
C1.P7.
C1.P8.
C3 related posters: C3.P1.
C3.P2.
C3.P3.
C3.P4.
C3.P5.
C3.P6.
C3.P7.
C3.P8.
C3.P9.
C3.P10.
C3.P11.
C3.P12.
C3.P13.
C3.P14.
C3.P15.
C3.P16.
C3.P17.
C3.P18.
C3.P19.
C3.P20.
C3.P21.
C3.P22.
C3.P23.
Session C4 related posters: C4.P1.
C4.P2.
C4.P3.
C4.P4.
C4.P5.
C4.P6.
C4.P7.
C4.P8.
C4.P9.
C4.P10.
C4.P11.
C4.P12.
C4.P13.
C4.P14.
C4.P15.
Session C5 related posters: C5.P1.
C5.P2.
C5.P3.
C5.P4.
C5.P5.
C5.P6.
C5.P7.
C5.P8.
C5.P9.
C5.P10.
C5.P11.
C5.P12.
C5.P13.
C5.P14.
C5.P15.
|
| 15.00 - 15.30 | Coffee/refreshments |
| 15.30 - 16.45 | Symposium
A: Fine-tuning Reference Frame Implementation
Session A5: Is there a Need for a Geodetic Datum 2000? (session time total: 75 min.) Contribution
of the International Earth Rotation Service to Geodetic References
Time
Evolution of a World Geodetic Datum
Do
We Need a New Geodetic Reference System?
On
the Proper Choice of the Reference Equipotential Surface
A Discussion
of the “Heiskanen & Moritz Proposition”
|
| 15.30 - 17.00 | Symposium
C: Geometry and Beyond - Using Global Navigation Satellite Systems (GNSS)
in New Ways
Session C5: Biases in GNSS Positioning On
Optimizing GNSS Multi-Frequency Carrier Phase Combinations for Ambiguity
Resolution and Precise Positioning
The
Bayesian Approach Applied to GPS Ambiguity Resolution. The Mixture Model
Modernised
GPS: Phase-Only Integer Ambiguity Estimability in the Presence of Ionospheric
Delays
Mitigation
of GPS Systematic Errors for High Precision Medium Distance Positioning
Extended
Modelling of the Troposphere for the Regional Deformation Network "Antarctic
Peninsula"
On
the Periodicity of GPS Time Series
|
| Wednesday 5 September, 2001 |
| 08.30 - 10.00 | Symposium
B: From Eötvös to Satellite Gradiometry – New Vistas in Measuring and Modeling
the Earth’s Gravity Field
Session B1: Advances in the Theory of Gravity Field and Geoid Determination Future
Enhancements and Developments for the Next Generation of WGS
Fast
Spherical Collocation
Time-Wise
vs. Space-Wise: Competition or Partnership?
Closed
form Green’s Functions Solving Three Fundamental Gradiometric Boundary
Value Problems (Spherical Approximation)
The
Analytical Solutions of Geodetic Boundary Value Problems with Ellipsoidal
Boundary
Analytical
Geoid Models for the United States of America Based on GPS/Levelling Data
|
| 08.30 - 10.00 | Symposium
D: Modeling Earth Processes and Global Change
Session D1: Ocean-Solid Earth Interactions Earth's
Shape Reveals Seasonal Pattern of Surface Mass Circulation
On
the Loading Effect of the Baltic Sea Observed by Superconducting Gravimeter
T020 at the Metsähovi Station, Finland
Angular
Momentum Budget of the Solid Earth, Atmosphere, Ocean System
Separation
of Individual Dynamical Processes in the Oceans and their Contribution
to Polar Motion Excitation
Climate
Excitation of Polar Motion
A Study
of the Oceanic Excitation of the Chandler Wobble Using a 50-Year Time Series
of Ocean Angular Momentum
|
| 10.00 - 10.30 | Coffee/refreshments |
| 10.30 - 12.00 | Symposium
B: From Eötvös to Satellite Gradiometry – New Vistas in Measuring and Modeling
the Earth’s Gravity Field
Session B2: Use of Gravity Data from Earth and Planetary Satellite Missions Global
Gravity Field Recovery with CHAMP
Observing
Mass Redistributions Due to Climate Change
Review
of calibration methods for GOCE data
Combination
Geopotential Solution Development Anticipating Data from GRACE and GOCE
On
the Regularization Problem in Gravity Field Determination from Satellite
Gradiometric Data
External
Geophysical Validation and Calibration of an Orbiting Gravity Gradiometer
|
| 10.30 - 12.00 | Symposium
D: Modeling Earth Processes and Global Change
Session D2: Variations in Earth Orientations On
Long Period Polar Motion
Modulation
of the Seasonal Cycle in the Earth's Atmospheric, Oceanic, and Mantle Angular
Momentum
Numerical
Solutions for the Non-Linear Liouville Equation
Episodic
Variations in the Earth Rotation
The
3-Dimensional Atmospheric Angular Momentum Budget of the SST-Forced ECHAM3-T21
Global Circulation Model (GCM)
Analysis
of High-Frequency Earth Rotation Parameter Series from GPS and VLBI
|
| 12.00 - 13.30 | Lunch break |
| 13.30 - 15.00 | Symposium
B: From Eötvös to Satellite Gradiometry – New Vistas in Measuring and Modeling
the Earth’s Gravity Field
Poster Session General
Formulas for Estimating Powers of Topographic Height to be Taken into Account
for Terrain Corrections in Geoid Determination and Isostatic Compensations
Gravity
Field Modelling by Torsion Balance Data - A Case Study in Hungary
Instabilities
in Hill's Equations for Orbit Computations
The
African Geoid Project
A New
Hybrid Geoid Model for Japan, GSIGEO2000
From
Geoid Heights to Gravity Anomalies Values: Unbounded Versus Bounded Operators
Study
of Geometry of 3D Density Contrast Surfaces of Arbitrary Shape and their
Dynamics Using Gravitational Field Inversion
Precise
Geoid Computation Employing Adapted Reference Field, Seismic Moho Information
and Variable Density Anomaly
A New
Geoid Computation from Gravity and GPS/levelling Data in Andalusia (Southern
Spain)
Airborne
Gravity and Geoid Survey of the Baltic Sea
The
Arctic Gravity Project - Filling the Polar Gap of Satellite Gravity Missions
Downward
Continuation of Aerogravity Measurements
Simulation
of the Champ Accelerometer and Attitude Sensor Package and Comparison with
Real Data
Efficient
Computations of Regional Geoids from Airborne Data: A Case Study
Principal
Axes and Principal Moments of Inertia from Recent Satellite Gravity Field
Solutions
Computation
of Geoid Undulations from Gravity Anomalies by Means of Spherical Wavelets
A Discussion
on the Wiener Kolmogorov Prediction Principle with Easy to Compute and
Robust Variants
The
Impact of Stokes Kernel Modifications on the Long Wavelength Properties
of the Geoid
Recent
Simulation of the Gravity Field Mission GOCE
Aliasing
Effects in Terrain Correction Computation Using Constant and Lateral Density
Variation
Geoid
Determination Using Different Gravity Reduction Techniques
Simulation
of GOCE Observables
New
Mathematical Model for Evaluating the Potential Coefficients by the Least
Squares Approach
On
the Use and Abuse of Helmert's Second Method of Condensation
Calibration
of Satellite Gradiometer Data by Ground Gravity Data
Optimal
Merging of Airborne Gravity and Gravity Derived from Satellite Altimetry:
a Test Case along the Coast of Greenland
Geoid
Computations in Bavaria
The
Ellipsoidal Harmonic Expansion of the Gravity Field of Asteroid Eros 433
Estimated from the NEAR Doppler Tracking Data
Extreme
Gravity Variations at Short Range: The Colombian Andes as a Test Area for
the Satellite Gravity Missions
Local
Gravimetric Geoid Determination with Variable Surface Densities
The
Effect of Mean Sea Level Change on the Geoid
The
Least-Squares Complex Collocation, an Alternative Estimation Techniques
for Global Gravity Modeling from Satellite Gradiometry
On
the Iterative Solution of Ill-Conditioned Normal Equations by the Use of
Lanczos Methods
A Proposal
to Use the Baltic Sea Area as a Test Field for the Gravimetric Satellites
Determination
of Seasonal Gravity Variations by Forthcoming Gravity Satellite Missions
A Geopotential
Solution Incorporating Data from Recent Satellite Missions
On
the Ellipsoidal Correction to the Spherical Stokes in the Determination
of Geoid
Remarks
on Orthogonal Decomposition Theorem Applied in Inverse Gravimetric Problem
The
Effect of the Point Density of Gravity Data on the Accuracy of Geoid Undulations
Investigated by 3D Forward Modelling
Aliasing
and Polar Gap Effect on the Geopotential Coefficient Estimation: Space-wise
Simulation Study of GOCE Combined with GRACE
Improved
Block-Diagonal Approximation of the Normal Matrix in the Inversion of Satellite
Gravity Gradiometry Observations
Improved
Block-Diagonal Approximation of the Normal Matrix in the Inversion of Satellite
Gravity Gradiometry Observations
Moho
Depths and Isostatic Anomalies Computation using an Alternative Method
for Estimating Variable Density Anomalies
A Comparision
of Different Solution Methods for Altimetry Gravimetry Boundary Value Problems
using Smoothness Conditions along the Coast Line
Combination
of Gravity, Altimetry and GPS/Levelling Data for the Numerical Solution
of Altimetry-Gravimetry Boundary Value Problems
Determination
of Indonesian Gravity field from Combination of Satellite Altimeter, Surface
Gravity and Digital Terrain Model Data
Gravity
Prediction from Bathymetric Data to Densify Airborne Gravity Observations
The
Effect of Lateral Density Variation on Local Geoid Determination
Modified
Spheroidal Stokes Kernel: Finding the Optimal Degree of Modification and
Integration Cap-Size for Canada
Combination
of Geopotential Coefficients, Gravity Anomaly, and Gravity Gradiometry
Data in Geoid Height Determination
On
the Inversion of Grace Observables for Local Geoid Determination
Performance
of the Time-Wise Semi-Analytical Approach
Space-Propagative
Torque; Evaluating the Spin-Gravity Coupling Constant, K
Multiresolution
Methods for GRACE Geoid Analysis
Fast,
Spatial Domain Potential Field Modelling - Piecewise Polynomial Models
of the Green's Functions
Steps
to the Austrian GEOID 2000
Multiresolution
Analysis of the Geoid Based upon a GPS Collocation Solution of Data of
Type (i) Gravity Potential, (ii) Gravity Intensity and (iii) Vertical Deflections
Spheroidal
Harmonic Analysis to Degree / Order 1000 / 1000 in the World Geodetic Datum
2000
Somigliana-Pizzetti
Gravity – The International Gravity Formula – Accurate to the Sub-Nanogal
Level
Computational
Methods for the Discrete Downward Continuation of the Earth Gravity
Proyecto
Austral de Integracion Geoidal (PAIG) - An Example of Geoid Computation
and the Possible Improvement by Airborne Gravity Survey
Merging
Satellite Derived Gravity Anomalies with Ship Gravity Data in the Frequency
Domain
Concerning
a Non-Homogeneous Biharmonic Potential Theory for Geodesists and Geophysicists
Ellipsoidal
Free Air Anomalies from Spherical Harmonic Gravity Models
Generalisation
of Vertical Deflection Formulae for a Reference Spheroid: Application to
Australia and Greece
Improvement
of the University of New Brunswick's Gravimetric Geoid Model for Canada
The
Continuous Data Improvement for Quasi-Geoid Estimation in South America
The
Astro-Geological Geoid: a Precise Solution of Crustal Density Anomalies
External
Validation of GOCE Observations and Products
Numerical
Solution Strategies for Gravity Field Recovery: Comparison and Assessment
Implementation
of Solution Strategies for Global Gravity Field Determination on Massive
Parallel Systems and Beowulf Clusters
Accuracy
Assessment of Current Gravity Field Models
Estimation
of Three Dimensional Ice Stream Velocity Fields Using Multiple SAR Interferometry
Sensors
Model
Refinements in the Recovery of the Gravity Field - Variational Approach
Regional
and Global Satellite Gravity Recovery with Multigrid Methods on Icosahedral
Grids - a Simulation Study Based on Simulated CHAMP, GRACE and GOCE Observables
A Comparison
of Geoid Heights Derived from Recent Geopotential Models with Geoid Heights
Derived from Surface and Satellite Data in Greece
Preliminary
Investigation of a Super-High and Precision Resolution Gravity Field Model
of Australia Using Heterogeneous Data
Ocean
Tides for and from GRACE Gravimetry
An
Improved Model of the Gravity Anomaly Degree Variance
From
10**-3 cpd to 500 cpd, from local to global scale: Gravity observations
with superconducting gravimeters
A Simple
and Stable Approach to High Degree Spherical Harmonic Synthesis
Spacewise
Approach and Measurement Bandwidth in Satellite Gradiometry
|
| 15.00 - 15.30 | Coffee/refreshments |
| 15.30 - 17.00 | Symposium
B: From Eötvös to Satellite Gradiometry – New Vistas in Measuring and Modeling
the Earth’s Gravity Field
Session B3: Airborne Gravimetry Estimating
the Gravity Disturbance Vector from Airborne Data
Comparison
of GPS/INS with Airborne Gravimeter and Satellite Altimetry for Gravity
Disturbance and Geoid Determination
Sensor
Calibration and Orientation for Strapdown Airborne Gravimetry by GPS
Error
Sources in Airborne Gravimetry Employing Spring-Type Gravimeter
High
Accuracy, Short Wavelength Gravity Field Estimation from a Helicopter
Geoid
Determination from Airborne Gravity Data Using Different Filtering Frequencies
and DTM Resolutions
|
| 15.30 - 17.00 | Symposium
D: Modeling Earth Processes and Global Change
Session D3: Global and Regional Sea-level Changes GPS
Based Estimates of Heights and Vertical Velocities for Tide Gauge Sites
around the North Atlantic Ocean
Sea
Level Variations in the North Atlantic
Seasonal
and Low-Frequency Variability in Global and Basin-Scale Sea Level: 1900-2000
Observations
of Recent Sea Level Change Using TOPEX/POSEIDON Altimetry
Mediterranean
Sea Level Variation: Altimetry Data and Oceanographic Models
Sea-Level
Variations in the Baltic Sea: Consistency of Geodetic Observations and
Oceanographic Models
|
| Thursday 6 September, 2001 |
| 08.30 - 10.00 | Symposium
B: From Eötvös to Satellite Gradiometry – New Vistas in Measuring and Modeling
the Earth’s Gravity Field
Session B4: Advanced Technologies for High-resolution Global and Regional Digital Elevation Models (DEM) Global
Digital Elevation Models - Current Status and Future Opportunities
Airborne
Laser and Interferometric SAR for Mapping Heights of Glaciers and Sea-Ice
Generation
of a High-Resolution Digital Elevation Models in Central Java
Validation
and Error Correction of Space-Derived Digital Elevation Models using ERS
Satellite Altimeter Data
Study
of Adjustment of Theoreticals Variograms in Digital Elevation Models. Application
in Castello'n (Spain)
Sensibility
Study of the Interpolation Methods in the Generation of Digital Elevation
Models
|
| 08.30 - 10.00 | Symposium
D: Modeling Earth Processes and Global Change
Session D4: Global and Regional Plate Motions and Deformations Seasonal
Modulation of Interseismic Strain Build-up in an Island Arc Driven by Snow
Loads
ITRF2000
and Plate Tectonics
Temporal
Geoid of a Rebounding and Currently Deglaciating Antarctica and the Potential
for Geodetic Measurement
Inter-Seismic
GPS Strain Accumulation in the Marmara Sea Region
GPSVEL
Project: Towards a Dense Global GPS Velocity Field
The
Post-Glacial Rebound Signature from 50 Years of Gravity Observations in
Canada
|
| 10.00 - 10.30 | Coffee/refreshments |
| 10.30 - 12.00 | Symposium
B: From Eötvös to Satellite Gradiometry – New Vistas in Measuring and Modeling
the Earth’s Gravity Field
Session B5: Advances in Numerical Techniques and Approximation Methods A Wavelet
Approach for the Constructiom of Multi-Grid Solvers for Large Linear Systems
Advanced
Parallel Least Squares Algorithms for GRACE Data Processing
A Comparison
of Direct and Indirect Numerical Methods for the Downward Continuation
of Airborne Gravity Data
Tesseroids
for the Calculation of Topographic Reductions
A Robust
Gridder for Irregularly Spaced Point Data
Optimal
Filter Design for Time-Series of Coloured Noise Observations
|
| 10.30 - 12.00 | Symposium
D: Modeling Earth Processes and Global Change
Session D5: Satellite Altimetry for Oceanography and Geodesy Improving
the Estimation of Bottom Ocean Topography with Satellite Altimetry Derived
Gravity Data Using the Integrated Inverse Method
Estimating
Altimetry 5'x5' Mean Gravity Anomaly Regional Accuracies
An
Ultra High Degree Geopotential Expansion Suitable for Some Altimetric Applications
A Global
Mean Sea Surface Grid from Seasat, Geosat, ERS-1 and TOPEX/POSEIDON Altimetry:
Application of Deflection-Geoid Formula
Concept
for a Unified Multi-Mission Altimeter Data Base (OpenADB)
Pushing
the Resolution Boundaries of Marine Satellite Gravity
|
| 12.00 - 13.30 | Lunch break |
| 13.30 - 15.00 | Symposium
D: Modeling Earth Processes and Global Change
Poster Session Session D1 related posters: D1.P1.
D1.P2.
D1.P3.
Session D2 related posters: D2.P1.
D2.P2.
D2.P3.
D2.P4.
D2.P5.
D2.P6.
D2.P7.
D2.P8.
D2.P9.
Session D3 related posters: D3.P1.
D3.P2.
D3.P3.
D3.P4.
D3.P5.
D3.P6.
Session D4 related posters: D4.P1.
D4.P2.
D4.P3.
D4.P4.
D4.P5.
D4.P6.
D4.P7.
D4.P8.
D4.P9.
D4.P10.
D4.P11.
D4.P12.
D4.P13.
D4.P14.
D4.P15.
D4.P16.
D4.P17.
D4.P18.
D4.P19.
D4.P20.
D4.P21.
D4.P22.
D4.P23.
D4.P24.
D4.P25.
D4.P26.
D4.P27.
D4.P28.
D4.P29.
D4.P30.
D4.P31.
D4.P32.
D4.P33.
D4.P34.
D4.P35.
D4.P36.
D4.P37.
D4.P38.
D4.P39.
D4.P40.
Session D5 related posters: D5.P1.
D5.P2.
D5.P3.
D5.P4.
D5.P5.
D5.P6.
D5.P7.
D5.P8.
D5.P9.
D5.P10.
D5.P11.
D5.P12.
D5.P13.
D5.P14.
Further symposium D related posters (not grouped by sessions so far): Plate
Tectonic Motion from Modern Observational Data
The
Theory of Using High Accuracy GPS Technique to Monitor Vertical Continent-Ocean
Movement and its Preliminary Practice
Developing
an Inverse Analysis Model-based on the Global Deformation Data
Gravimetric
Factor and Attenuation Structure in South Korea from Free Oscillation Observations
Based on E-T Gravimeter
GPS
Study of the Postseismical Deformations
Movements
of lithospheric plates: models and reality
The
Base Network of CMONC and The Approach in Intraplate Kinematic Model
Atmospheric
Angular Momentum Fluctuations and the Excitations on Earth Rotation at
Seasonal Scale
Short
Period Oscillations in Earth Rotation as Seen by Different Geodetic Techniques
Detection
of Plate Motions by Absolute Gravimeters
Comparison
of Two Wavelet Transform Coherence and Cross-Covariance Functions Applied
on Polar Motion and Atmospheric Excitation
PotSis:
Measuring Crustal Deformation with GPS in the Eastern Pyrenees
Regional
Characteristics of Long Term Changes in Sea Level and Sea Surface Temperature
Crustal
Motion Along the Southwestern Boundary of Philippine Sea Plate: Taiwan-Luzon
Region
The
KMS2001 Global Mean Sea Surface and Gravity Field
Dominant
Modes and Improved Sea Level Recovery in the North Sea
Improved
Determination of the Geoid and Sea Level of the North Atlantic Region (GEOSONAR)
Project
Subdiurnal
EOP from VLBI Networks - Determinability and Significance
Gravity
at Kerguelen (Indian Ocean): Absolute Gravity Measurements and Tidal Analysis
from a Relative Gravimeter Data
Experimental
Investigation of Geodynamic Network Points Displacement Simulation
Global
Sea Level Rise: a Case of Adriatic Sea
Simultaneous
Estimation of Polar Motion and Nutation Parameters
The
EVAMARIA Project: Absolute Trend and Low Frequency Variation of the North
Atlantic Sea Level
Current
Status of the Doris Pilot Experiment the Future International Doris Service
Comparison
between the Atmospheric Forcing on Earth and Mars
Investigation
of Sea-Level Variations at Two Tide Gauges in Bulgaria
Earth's
Dimension Specified by Geoidal Geopotential
Analysis
of Taiwan's Plate Motion with GPS Measurements
Orthogonal
Parameterization of a 2-D Velocity Field
Using
Permanent GPS Stations to Detect the 2001 Nisqually Earthquake
Long-Period
Ground Deformations Observed by Extensometers at Donzurubo Observatory,
Nara, Japan
Geophysical
Study of the Ain Temouchent Seismic Region. Preliminary Results.
Crustal
Deformation Caused by Plate Tectonics and Earthquakes Monitored by Permanent
GPS Stations in South Iceland
Plate
Interaction and Stress Change at the Kanto-Tokai District, Central Japan
Revealed by GPS Survey
Orbit
Determination for the GEOSAT Follow-On Altimeter Mission
Rapid
Crustal Deformation Detected by 30-sec Kinematic GPS Analysis at the Miyake
Volcano, Central Japan on June 26-27, 2000
Sea
Level Change in China Sea Detected by Combining Satellite Altimeter Data
with Tide Gauge Records
Analysis
of POSEIDON and ERS-2 Satellite Radar Altimeter Waveform Data around Australian
Coasts
Bathymetry
Improvement Using Gravity Anomalies Obtained by Inversion of Satellite
Altimetry Data
A New
Tsunami Monitoring System Using RTK-GPS
Comparison
of Different Techniques for the Determination of Sea-Level Variations in
the Baltic Sea
GPS
Veloicity Field and Mechanism of Stress Propagation in Asia
Long-Term
Great Lakes Water Level Changes Observed by Tide Gauges and Altimetry
Long-Term
Great Lakes Water Level Changes Observed by Tide Gauges and Altimetry
Parameters
of Horizontal Deformation in the GPS National Network of Romania
Research
on the Strain Field of the Crustal Movement for China Mainland
Monitoring
of the Height Changes on Levelling Lines along the High Dam Body, Egypt
Comparing
Gravity and Altimetry for Measuring Changes in Polar Ice and Sea Level
GFO
Radar Altimeter Data Product Verifications and Ocean Circulation Studies
Nonlinear
Gravity Inversion Modelling around the Faults/Tectonic Lines in the Central
Ranges (Japan Alps)
(to
be announced)
The
Netlander Ionosphere and Geodesy Experiment: Modeling the Rotation of Mars
|
| 15.00 - 15.30 | Coffee/refreshments |
| 15.30 - 17.00 | Special
Session I.
E1: Scientific Cooperation in Geodesy and Geophysics in Central and Eastern Euroean Countries (CEEC) Long-Term
Cooperation in Geodesy and Geodynamics of CEI Countries. Experiences and
Results (20 min.)
The
Cooperation of the Scientific Institutions of the Former Socialist Countries
in Central and Eastern Europe in the Field of Geodesy and Some Result of
It (20 min.)
Evolution
of the Hungarian Geodetic Control Nets and Scientific Cooperation among
Central and Eastern European Countries (CEEC) (20
min.)
Geoid
Cooperation of the TU Vienna with Central/East European Universities
(15 min.)
Site
Velocities Obtained from Central European Geodynamic Project and their
Interpretation in Form of Surface Deformations (15
min.)
|
| 15.30 - 17.00 | Special
Session II.
E2: Research Challenges for Young Scientists Space
Geodesy and Earth Sciences
|
| Friday 7 September, 2001 |
| 08.30 - 10.00 | Special
Session III.
E3: Information Session on the New Structure of the IAG |
| 10.00 - 10.30 | Coffee/refreshments |
| 10.30 - | Closing Session |
|
|
contents |
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