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Earth Sciences & Geography - Geophysics & Geodesy | Dynamic Planet - Monitoring and Understanding a Dynamic Planet with Geodetic and Oceanographic

Dynamic Planet

Monitoring and Understanding a Dynamic Planet with Geodetic and Oceanographic Tools

IAG Symposium, Cairns, Australia, 22-26 August, 2005

Tregoning, Paul, Rizos, Chris (Eds.)

2007, XXVI, 909 p.

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Content Level » Research

Keywords » Ocean - Planet - Tide - geodesy - geophysics - satellite

Related subjects » Earth Sciences & Geography - Geophysics & Geodesy - Oceanography

Table of contents 

Joint IAG/IAPSO Papers.- Combining altimetric/gravimetric and ocean model mean dynamic topography models in the GOCINA region.- Error Characteristics of Dynamic Topography Models Derived from Altimetry and GOCE Gravimetry.- Detecting Ocean Currents from Satellite Altimetry, Satellite Gravity and Ocean Data.- Sea Level in the British Isles: Combining Absolute Gravimetry and Continuous GPS to Infer Vertical Land Movements at Tide Gauges.- Snow Accumulation and Snowmelt Monitoring in Greenland and Antarctica.- Estimating Recent Global Sea Level Changes.- On the low-frequency variability in the Indian Ocean.- Satellite Altimetry: Multi-Mission Cross Calibration.- Assessment of recent tidal models in the Mediterranean Sea.- Scale-based comparison of Sea Level observations in the North Atlantic from Satellite Altimetry and Tide Gauges.- European Sea Level Monitoring: Implementation of ESEAS Quality Control.- Brazilian Vertical Datum Monitoring - Vertical Land Movements and Sea Level Variations.- Tide gauge monitoring using GPS.- Determination of Inland Lake Level and Its Variations in China from Satellite Altimetry.- Sea Surface Variability of Upwelling Area Northwest of Luzon, Philippines.- An Experiment of Precise Gravity Measurements on Ice Sheet, Antarctica.- Status of DORIS Stations in Antarctica for Precise Geodesy.- High-Harmonic Gravity Signatures Related to Post-Glacial Rebound.- Frontiers in the Analysis of Space Geodetic Measurements.- GPS/GLONASS orbit determination based on combined microwave and SLR data analysis.- BIFROST: Noise properties of GPS time series.- Discrete Crossover Analysis.- A comparative analysis of uncertainty modelling in GPS data analysis.- Looking for systematic error in scale from terrestrial reference frames derived from DORIS data.- WVR calibration applied to European VLBI observing sessions.- Frontiers in the combination of space geodetic techniques.- Modifying the Stochastic Model to Mitigate GPS Systematic Errors in Relative Positioning.- GPS Ambiguity Resolution and Validation Under Multipath Effects: Improvements using Wavelets.- An Empirical Stochastic Model for GPS.- Feeding Neural Network Models with GPS Observations: A Challenging Task.- Spatial spectral inversion of the changing geometry of the Earth from SOPAC GPS data.- Improved processing method of UEGN-2002 gravity network measurements in Hungary.- Spectra of rapid oscillations of Earth Rotation Parameters determined during the CONT02 Campaign.- On the Establishing Project of Chinese Surveying and Control Network for Earth-orbit Satellite and Deep Space Detection.- Constructing a System to Monitor the Data Quality of GPS Receivers.- Gravity Field Determination from a Synthesis of Terrestrial, Satellite, Airborne and Altimetry Measurements.- The use of mascons to resolve time-variable gravity from GRACE.- GRACE Time-Variable Gravity Accuracy Assessment.- Combination of multi-satellite altimetry data with CHAMP and GRACE EGMs for geoid and sea surface topography determination.- A new methodology to process airborne gravimetry data: advances and problems.- Ideal Combination of Deflection Components and Gravity Anomalies for Precise Geoid Computation.- SRTM evaluation in Brazil and Argentina with emphasis on the Amazon region.- On the Estimation of the Regional Geoid Error in Canada.- A Validation Procedure for Satellite Orbits and Force Function Models Based on a New Balance Equation Approach.- Combining Gravity and Topographic Data for Local Gradient Modeling.- Numerical implementation of the gravity space approach - proof of concept.- Local gravity field modelling with multi-pole wavelets.- Accuracy assessment of the SRTM 90m DTM over Greece and its implications to geoid modelling.- High-Resolution Local Gravity Field Determination at the Sub-Millimeter Level using a Digital Zenith Camera System.- A data-adaptive design of a spherical basis function network for gravity field modelling.- Global gravity field recovery by merging regional focusing patches: an integrated approach.- External calibration of GOCE SGG data with terrestrial gravity data: A simulation study.- Towards an optimal combination of satellite data and prior information.- Kinematic and highly reduced-dynamic LEO orbit determination for gravity field estimation.- On the Combination of Terrestrial Gravity Data with Satellite Gradiometry and Airborne Gravimetry Treated in Terms of Boundary-Value Problems.- A Direct Method and its Numerical Interpretation in the Determination of the Earth’s Gravity Field from Terrestrial Data.- Comparison of High Precision Geoid Models in Switzerland.- GOCE: a full-gradient simulated solution in the space-wise approach.- The determination of the effect of topographic masses on the second derivatives of gravity potential using various methods.- Density Effects on Rudzki, RTM and Airy-Heiskanen Reductions in Gravimetric Geoid Determination.- Combined modeling of the Earth’s Gravity Field from GRACE and GOCE Satellite Observations: a Numerical Study.- Analytical Solution of Newton’s Integral in Terms of Polar Spherical Coordinates.- A new high-precision gravimetric geoid model for Argentina.- Local gravity field modeling using surface gravity gradient measurements.- Earth Processes: Geodynamics, Tides Crustal Deformation and Temporal Gravity, Changes.- Absolute Gravity Measurements in the Southern Indian Ocean.- Slow Slip Events on the Hikurangi Subduction Interface, New Zealand.- A geodetic measurement of strain variation across the Central Southern Alps, New Zealand.- New analysis of a 50 years tide gauge record at Cananéia (SP-Brazil) with the VAV tidal analysis program.- Atmospheric Mass Flow Reduction for Terrestrial Absolute Gravimetry in the Fennoscandian Land Uplift Network.- Tilt Observations Around the KTB-Site / Germany: Monitoring and Modelling of Fluid Induced Deformation of the Upper Crust of the Earth.- Understanding Time-variable Gravity due to Core Dynamical Processes with Numerical Geodynamo Modeling.- A New Height Datum for Iran Based on the Combination of the Gravimetric and Geometric Geoid Models.- Monthly mean water storage variations by the combination of GRACE and a regional hydrological model: application to the Zambezi River.- The use of smooth piecewise algebraic approximation in the determination of vertical crustal movements in Eastern Canada.- Hydrological signals in gravity — foe or friend?.- Applications of the KSM03 Harmonic Development of the Tidal Potential.- Continental hydrology retrieval from GPS time series and GRACE gravity solutions.- Gravity Changes in Northern Europe as Observed by GRACE.- Investigations about earthquake swarm areas and processes.- Sea level and gravity variations after the 2004 Sumatra Earthquake observed at Syowa Station, Antarctica.- Improved determination of the atmospheric attraction with 3D air density data and its reduction on ground gravity measurements.- Solid Earth Deformations Induced by the Sumatra Earthquakes of 2004–2005: GPS Detection of Co-Seismic Displacements and Tsunami-Induced Loading.- Environmental effects in time-series of gravity measurements at the Astrometric-Geodetic Observatorium West-erbork (The Netherlands).- Numerical models of the rates of change of the geoid and orthometric heights over Canada.- Optimal Seismic Source Mechanisms to Excite the Slichter Mode.- Recent dynamic crustal movements in the Tokai Region, Central Japan, observed by GPS Measurements.- New Theory for Calculating Strains Changes Caused by Dislocations in a Spherically Symmetric Earth.- Advances in the Realization of Global and Regional Reference Frames.- Advances in terrestrial reference frame computations.- The Status and Future of the International Celestial Reference Frame.- Is Scintillation the Key to a Better Celestial Reference Frame?.- Improvement and Extension of the International Celestial Reference Frame in the Southern Hemisphere.- Limitations in the NZGD2000 Deformation Model.- Implementing Localised Deformation Models into a Semi-Dynamic Datum.- Definition and Realisation of the SIRGAS Vertical Reference System within a Globally Unified Height System.- Tests on Integrating Gravity and Leveling to Realize SIRGAS Vertical Reference System in Brazil.- Accessing the New SIRGAS2000 Reference Frame through a Modernized Brazilian Active Control Network.- Deformations Control for the Chilean Part of the SIRGAS 2000 Frame.- Estimation of Horizontal Movement Function for Geodetic- or Mapping-Oriented Maintenance in the Taiwan Area.- Activities Related to the Materialization of a New Vertical System for Argentina.- An Analysis of Errors Introduced by the Use of Transformation Grids.- Preliminary Analysis in view of the ITRF2005.- Long term consistency of multi-technique terrestrial reference frames, a spectral approach.- GGOS: Global Geodetic Observing System.- Science Rationale of the Global Geodetic Observing System (GGOS).- GGOS and it User Requirements, Linkage and Outreach.- GGOS Working Group on Ground Networks Communications.- Linking the Global Geodetic Observing System (GGOS) to the Integrated Global Observing Strategy Partnership (IGOS-P) through the Theme ‘Earth System Dynamics’.- IVS High Accurate Products for the Maintenance of the Global Reference Frames as Contribution to GGOS.- The International Laser Ranging Service and Its Support for GGOS.- The Nordic Geodetic Observing System (NGOS).- VLBI2010: A Vision for Future Geodetic VLBI.- Combination of different geodetic techniques for signal detection — a case study at Fundamental Station Wettzell on the occasion of the Sumatra-Andaman earthquake (Dec 26, 2004).- Systems and Methods for Airborne Mapping, Geophysics and Hazards and Disaster Monitoring.- A Multi-Scale Monitoring Concept for Landslide Disaster Mitigation.- High Speed Laser Scanning for Near Real-Time Monitoring of Structural Deformations.- A method for modelling the non-stationary behaviour of structures in deformation analysis.- Volcano Deformation Monitoring in Indonesia: Status, Limitations and Prospects.- Vehicle Classification and Traffic Flow Estimation from Airborne LiDAR/CCD Data.- Fine analysis of lever arm effects in moving gravimetry.- Improving LiDAR-based Surface Reconstruction Using Ground Control.- The Use of GPS for Disaster Monitoring of Suspension Bridges.- Atmospheric Studies Using Space Geodetic Techniques.- The impact of mapping functions for the neutral atmosphere based on numerical weather models in GPS data analysis.- Validation of improved atmospheric refraction models for Satellite Laser Ranging (SLR).- Correlation Analyses of Horizontal Gradients of Atmospheric Wet Delay versus Wind Direction and Velocity.- Ionospheric Scintillation Effects on GPS Carrier Phase Positioning Accuracy at Auroral and Sub-auroral Latitudes.- The impact of severe ionospheric conditions on the GPS hardware in the Southern Polar Region.- Preliminary research on imaging the ionosphere using CIT and China permanent GPS tracking station data.- Geodesy of the Planets.- Gravity, rotation, and interior of the terrestrial planets from planetary geodesy: example of Mars.- Mars Long Wavelength Gravity Field Time Variations: A New Solution from MGS Tracking Data.- Potential Capabilities of Lunar Laser Ranging for Geodesy and Relativity.

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