System Earth via Geodetic-Geophysical Space Techniques

Chapter 1 More Accurate and Faster Available CHAMP and GRACE Gravity Fields for the User Community

Chapter 2 The CHAMP/GRACE User Portal ISDC

Chapter 3 Improvements for the CHAMP and GRACE Observation Model

Chapter 4 The Release 04 CHAMP and GRACE EIGEN Gravity Field Models

Chapter 5 Orbit Predictions for CHAMP and GRACE

Chapter 6 Rapid Science Orbits for CHAMP and GRACE Radio Occultation Data Analysis

Chapter 7 Parallelization and High Performance Computation for Accelerated CHAMP and GRACE Data Analysis

Chapter 8 Improved GRACE Level-1 and Level-2 Products and Their Validation by Ocean Bottom Pressure

Chapter 9 The GRACE Gravity Sensor System

Chapter 10 Numerical Simulations of Short-Term Non-tidal Ocean Mass Anomalies

Chapter 11 Improved Non-tidal Atmospheric and Oceanic De-aliasing for GRACE and SLR Satellites

Chapter 12 Global Gravity Fields from Simulated Level-1 GRACE Data

Chapter 13 ITG-GRACE: Global Static and Temporal Gravity Field Models from GRACE Data

Chapter 14 Validation of GRACE Gravity Fields by In-Situ Data of Ocean Bottom Pressure

Chapter 15 Antarctic Circumpolar Current Transport Variability in GRACE Gravity Solutions and Numerical Ocean Model Simulations

Chapter 16 Gravity and Steady-State Ocean Circulation Explorer GOCE

Chapter 17 GOCE Data Analysis: From Calibrated Measurements to the Global Earth Gravity Field

Chapter 18 GOCE and Its Use for a High-Resolution Global Gravity Combination Model

Chapter 19 Spectral Approaches to Solving the Polar Gap Problem

Chapter 20 Regionally Refined Gravity Field Models from In-Situ Satellite Data

Chapter 21 Quality Evaluation of GOCE Gradients

Chapter 22 Validation of Satellite Gravity Field Models by Regional Terrestrial Data Sets

Chapter 23 Comparison of GRACE and Model-Based Estimates of Bottom Pressure Variations Against In Situ Bottom Pressure Measurements

Chapter 24 Sea Level Variations – Prospects from the Past to the Present (SEAVAR)

Chapter 25 Radar Altimetry Derived Sea Level Anomalies – The Benefit of New Orbits and Harmonization

Chapter 26 Combining GEOSAT and TOPEX/Poseidon Data by Means of Data Assimilation

Chapter 27 Reanalysis of GPS Data at Tide Gauges and the Combination for the IGS TIGA Pilot Project

Chapter 28 Sea Level Rise in North Atlantic Derived from Gap Filled Tide Gauge Stations of the PSMSL Data Set

Chapter 29 Using ARGO, GRACE and Altimetry Data to Assess the Quasi Stationary North Atlantic Circulation

Chapter 30 A 15-Year Reconstruction of Sea Level Anomalies Using Radar Altimetry and GPS-Corrected Tide Gauge Data

Chapter 31 Continental Water Storage Variations from GRACE Time-Variable Gravity Data

Chapter 32 Surface Mass Variability Surface mass variability from GRACE and Hydrological Models Hydrological model : Characteristic Periods Periods characteristic and the Reconstruction of Significant Signals Reconstruction of significant signals

Chapter 33 Time-Space Multiscale Analysis Time-Space Multiscale Analysis Multiscale analysis and Its Application to GRACE and Hydrology Data

Chapter 34 Mass Variation Signals in GRACE Products and in Crustal Deformations crustal deformation from GPS: A Comparison

Chapter 35 Monthly and Daily Variations of Continental Water Storage and Flows

Chapter 36 Calibration of a Global Hydrological Model global hydrological model with GRACE Data

Chapter 37 Near-Real-Time Provision and Usage of Global Atmospheric Data from CHAMP and GRACE (NRT-RO): Motivation and Introduction

Chapter 38 Global Atmospheric Data from CHAMP and GRACE-A: Overview and Results

Chapter 39 Near-Real Time Satellite Orbit Determination for GPS Radio Occultation with CHAMP and GRACE

Chapter 40 The Operational Processing System for GPS Radio Occultation Data from CHAMP and GRACE

Chapter 41 Assimilation of CHAMP and GRACE-A Radio Occultation Data in the GME Global Meteorological Model of the German Weather Service

Chapter 42 The Earth’s Magnetic Field at the CHAMP Satellite Epoch

Chapter 43 Integration of Space Geodetic Techniques as the Basis for a Global Geodetic-Geophysical Observing System (GGOS-D): An Overview

Chapter 44 GGOS-D Data Management – From Data to Knowledge

Chapter 45 GGOS-D Consistent, High-Accuracy Technique-Specific Solutions

Chapter 46 GGOS-D Global Terrestrial Reference Frame

Chapter 47 GGOS-D Consistent and Combined Time Series of Geodetic/Geophyical Parameters

Chapter 48 GGOS-D Integration with Low Earth Orbiters