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Determination of the Geoid Present and Future

Rapid growth of geodetic information provided by the Global Positioning System (GPS) and stringent requirements for a precise geoid in ocean areas for ocean circulation models have spurred interest in geoid studies. As a result, the International Geoid Commission was formed to provide a focus for th...

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Bibliographic Details
Other Authors: Rapp, Richard H. (Editor), Sansò, Fernando (Editor)
Format: eBook
Language:English
Published: New York, NY Springer New York 1991, 1991
Edition:1st ed. 1991
Series:International Association of Geodesy Symposia
Subjects:
Geophysics
Online Access:
Collection: Springer Book Archives -2004 - Collection details see MPG.ReNa
Table of Contents:
  • A Strategy for Gross-Error Detection in Satellite Altimeter Data Applied in the Baltic-Sea Area for Enhanced Geoid and Gravity Determination
  • Altimetry Rank Deficiency in Crossover Adjustment
  • Practical Considerations in the Use of FFT Methods for Computing Terrain Effects
  • Regularization by Digital Topography and by Estimating Crustal Parameters from Gravity Field Data: Example of Switzerland
  • The Geoid and GPS
  • Estimation of the Disturbing Potential Components and Comparison with GPS and Astrogeodetic Data
  • GPS Control of the 1989 Gravimetric Quasigeoid for the Federal Republic of Germany
  • Orthometric Heights Using GPS in Canada
  • Determination of the Regional Geoid from Simulated GPS Measurements by the Aristoteles Solid-Earth Satellite
  • Gravimetric and Astrogeodetic Measurements at GPS Locations in Karakorum
  • GPS and Spirit Leveling Measurements in NE Italy
  • State ofComputation of National or Regional Geoids
  • The GEMT1 Variance-Covariance Matrix: Its Characteristics and Applications in Geoid Computations
  • Some Accuracy Estimates of Local Geoids
  • Numerical Behaviour of Covariance Matrices and Their Influence on Iterative Solution Techniques
  • Fast Collocation
  • Poster Session
  • GEOMED: An International Project for the Determination of the Geoid in the Mediterranean
  • Preprocessing of Altimetric and Gravimetric Data in the Mediterranean Area
  • Data Collection, Data Validation and Statistics of Geophysically Relevant Data
  • GEOMED: Gravimetry Data Validation: Status Report
  • Analysis of GEOSAT Altimeter Data
  • Use of Point Masses on Optimized Positions for the Approximation of the Gravity Field
  • List of Participants
  • Author Index
  • Welcome Address
  • Global Geopotential Models: Present and Future
  • OSU89A/B Potential Coefficient Models
  • The Aliasing Effect in Coefficients Estimation
  • Grim-4: A New Global Earth Gravity Model (Status Report)
  • Geoid Recovery at 0.5 Degree Resolution from Global Satellite Gradiometry Data Sets
  • Compact Approximation of the Geoid Height on the Base of Modified High Resolution Global Geopotential Models
  • An Improved Method to the Earth’s Potential Coefficients Estimation
  • The Role of Topography in Geoid Computations: The Marine Geoid
  • Review of Geoid Prediction Methods in Mountainous Regions
  • Estimation of the Gravity Field and Sea Surface Heights from Heterogeneous Data in the Central Mediterranean
  • Altimetry Based Geoid Determination at the German Processing and Archiving Facility Within the ERS-1 Project
  • The Determination of Oceanic Geoid Using Modified Hotine Integral
  • A Global Geoid Computation by a Solution of the Bipotential Equation
  • The Geoid and Its Computation from the Gravimetric Boundary Value Problem
  • Some Integral Formulas for a Non-Spherical Earth
  • Coerciveness and Geometry in the Linear Gravimetric Boundary Value Problem: Reduced Version
  • Holes in Boundary and Out-of-Boundary Data
  • The Boundary Equation Approach to the Geoid
  • The Geoid, Green’s Functions and the Gravimetric Boundary Value Problem for the Spheroid Earth
  • Correlation of Strain Representations of the Potential Anomalies with the Geoid
  • On the Joint Use of Seismic and Gradiometric Data in Identifying Density Anomalies
  • Software and Data Improvement for Geoid Computations
  • A New Direct Solution of the Transformation Problem of Cartesian into EllipsoidalCoordinates
  • Stokes Formula Using Fast Fourier Techniques
  • Simulation of Regional Gravity Field Recovery from Satellite Gravity Gradiometer Data Using Collocation and FFT
  • Comparison of Geopotential Models in the Region of Hungary
  • Test Computations for a Local Quasigeoid in Hungary Using FFT
  • Derivation of the Most Reliable Geoid in the Area of Japan and Some Comments on the Variability of Sea Surface Topography
  • ITALGEO ’90: Progress Report June ’90
  • New Gravimetric Geoid for Canada: the “UNB ’90” Solution
  • The Swiss Geoid Computation: A Status Report
  • Estimation Models of Geoid in Nigeria Using Doppler Satellite Observations
  • A New High-Resolution Geoid of the Nordic Area
  • Geoid Evaluation in Australia: Status and Problems
  • Free-Air Gravity Anomalies in Kenya
  • Efforts Towards a Preliminary Gravimetric Geoid Computations in Poland Area
  • The Gravimetric Geoid in Spain: First Results
  • Finland: National Report
  • Possible Improvements of the Existing European Geoid
  • Theoretical Improvements in the Determination of the Geoid
  • Nonspherical Boundary Value Problem by Pseudodifferential Operators

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