International Symposium on Earth and Environmental Sciences for Future Generations

These proceedings contain 43 papers, which are the peer-reviewed versions of presentations made at the various International Association of Geodesy (IAG) sessions during the 26th General Assembly of the International Union of Geodesy and Geophysics (IUGG), held from 22 June to 2 July 2015 in Prague, Czech Republic. The theme of the General Assembly was "Earth and Environmental Sciences for Future Generations". The papers were drawn from nine symposia organised by the IAG, including a union symposium, and thirteen symposia jointly organised by the IAG and other associations of the IUGG.

The IAG Symposia were structured according to the four IAG Commissions and the three GGOS Focus Areas, and included reference frames, static and time-variable gravity field, Earth rotation and geodynamics, emerging GNSS technologies and applications, height systems unification, geohazards monitoring, and sea level observation and modelling. The cross-disciplinary symposia dealt with topics such as atmospheric remote sensing, cryospheric studies, structure and deformation of plate interiors, earthquakes studies, integrated observing systems, and preservation and utilization of historical data in Geosciences.

Résumé
This book series is composed of peer-reviewed proceedings of selected symposia organized by the International Association of Geodesy. It deals primarily with topics related to Geodesy Earth Sciences : terrestrial reference frame, Earth gravity field, Geodynamics and Earth rotation, Positioning and engineering applications.

Contenu
Part 1 - Geodetic Reference Systems and Frames.- Simulation of VLBI observations to determine a global TRF for GGOS.- The Assessment of the Temporal Evolution of Space Geodetic Terrestrial Reference Frames.- Analysis strategies for the densification of the ICRF with VLBA Calibrator Survey sources.- Towards the Definition and Realization of a Global Absolute Gravity Reference System.- Part 2 - Static Gravity Field Observations and Modelling.- The linearized fixed gravimetric boundary value problem and its solution in spheroidal approximation.- On the convergence of the h-p finite element method for solving boundary value problems in physical geodesy.- Domain Transformation and the Iteration Solution of the Linear Gravimetric Boundary Value Problem.- A New Argentinean Gravimetric Geoid Model GEOIDEAR.- Exploitation of marine gravity measurements in the validation of global gravity field models.- Traceability of the Hannover FG5X-220 to the SI units.- Evaluation of Robert Sterneck's historical gravity pendulum measurements in the Czech territory.- Part 3 - Detection and Modelling of Gravity Field Variations.- Ground-satellite comparisons of time variable gravity: results, issues and on-going projects for the null test in arid regions.- Impact of groundtrack pattern of double pair missions on the gravity recovery quality - Lessons from the ESA SC4MGV project.- A posterior de-aliasing of ocean tide error in future double-pair satellite gravity missions.- A method of airborne gravimetry by combining strapdown inertial and new satellite observations via dynamic networks.- Hybrid gravimetry as a tool to monitor surface and underground mass changes.- Tidal spectroscopy from a long record of superconducting gravimeters in Strasbourg (France).- Investigations of a suspected jump in Swedish repeated absolute gravity time series.- Part 4 - Earth Rotation and Geodynamics.- Detailed analysis of diurnal tides and associated space nutation in the search of the Free Inner Core Nutation resonance.- Chandler wobble and frequency dependency of the ratio between gravity variation and vertical displacement for a simple Earth model with Maxwell or Burgers rheologies.- Detection of the atmospheric S1 tide in VLBI polar motion time series.- Free Core Nutation parameters from hydrostatic long-base tiltmeter records in Sainte Croix aux Mines (France).- Numerical Issues in Space-Geodetic Data Analysis and their Impact on Earth Orientation Parameter.- A non-tidal atmospheric loading model: On its quality and impacts on orbit determination and C20 from SLR.- Effects of meteorological input data on the VLBI station coordinates, network scale, and EOP.- History of monitoring Earth orientation, and re-analyses of old data.- Part 5 - Advances in GNSS Technologies, Data Processing, and Applications.- Multi-GNSS PPP-RTK: mixed-receiver network and user scenarios.- A New Method for Real-Time PPP Correction Updates.- Towards reliable and precise BeiDou positioning with stochastic modelling.- PPP carrier phase residual stacking for turbulence investigations.- On Removing Discrepancies Between Local Ties and GPS-Based Coordinates.- Receiver Antenna Phase Center Models and Their Impact on Geodetic Parameters.- Singular spectrum analysis for modeling geodetic time series.- Impact of Limited Satellite Visibility on Estimates of Vertical Land Movements.- Noise filtering augmentation of the Helmert transformation for the mapping of GNSS derived position time series to a target frame.- Part 6 - Geodetic Modelling of Atmospheric Variables.- Assessing GPS + Galileo Precise Point Positioning Capability for Integrated Water Vapor Estimation.- Atmospheric perceptible water in Somma-Vesuvius area during extreme weather events from ground-based GPS measurements.- Water vapor radiometer data in very long baseline interferometry data analysis.- Part 7 - Geodetic Monitoring of Surface Deformations.- Land subsidence detected by persistent scatterer interferometry using ALOS/PALSAR data from the Nakagawa lowland in the central Kanto Plain, Japan.- A new velocity field of Greece based on seven years (2008-2014) continuously operating GPS station data.- SPINA Region (South of Iberian Peninsula, North of Africa) GNSS geodynamic model.- Continuous Kinematic GPS Monitoring of a Glacier Lake Outburst Flood.- Water in Central Asia - Reservoir Monitoring with Radar Altimetry along the Naryn and Syr Darya Rivers.- Erratum to: AMethod of Airborne Gravimetry by Combining Strapdown Inertial and New Satellite Observations via Dynamic Networks.