G – Geodesy
G1.1 – Recent Developments in Geodetic Theory
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EGU2018-14791 | Orals | G1.1 Can Neural Networks Close GRACE data-gaps? |
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EGU2018-11808 | Orals | G1.1 Stochastic modeling, variance propagation, and total least squares co-estimation of satellite orientation in GRACE processing. |
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EGU2018-18558 | Posters | G1.1 Neumann’s function and its derivatives constructed for the exterior of an ellipsoid and adapted to an iteration solution of the linear gravimetric boundary value problem |
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EGU2018-18592 | Posters | G1.1 Transformation of topography into the structure of Laplace’s operator and an iteration solution of the linear gravimetric boundary value problem |
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EGU2018-10223 | Orals | G1.1 A Performance Analysis of Several Downward Continuation Methods for Airborne Gravimetry |
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EGU2018-6984 | Posters | G1.1 The finite volume method for solving the altimetry-gravimetry boundary-value problem. |
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EGU2018-11033 | Orals | G1.1 Rigorous Orthometric Heights: theoretical overview and advantages of use |
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EGU2018-17266 | Orals | G1.1 Parameter Determination of Sensor Stochastic Models under Covariate Dependency |
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EGU2018-7046 | Posters | G1.1 Meshless boundary collocation techniques for processing the GOCE gravity gradients in spatial domain |
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EGU2018-4161 | Orals | G1.1 The rigorous datum transformation with considering all coordinate errors of both datums |
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EGU2018-14918 | Posters | G1.1 Is RCR among the best-kept secrets among gravimetric geoid modellers? |
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EGU2018-12995 | Posters | G1.1 Recovery of the gravitational potential at the Earth’s surface by spectral combination of first-, second- and third-order radial derivatives of the gravitational potential measured by satellite sensors |
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EGU2018-17804 | Posters | G1.1 Gravitoscopy of Earth’s mass density distribution based on higher-order gradients of the gravitational potential |
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EGU2018-9899 | Posters | G1.1 Expression of the normal Eötvös matrix in series of spherical harmonics |
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EGU2018-7004 | Posters | G1.1 Nonlinear filtering of data by the surface geodetic mean curvature flow |
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EGU2018-11109 | Posters | G1.1 Least-squares wavelet analysis and its applications in geodetic and geophysical time series analyses |
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EGU2018-18551 | Posters | G1.1 Results of validation of the National Geospatial-Intelligence Agency's spherical harmonic coefficients model PGM17 over CONUS |
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EGU2018-13841 | Posters | G1.1 | Highlight The Geomed2 project: estimating the geoid and the DOT in the Mediterranean area |
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EGU2018-12201 | Posters | G1.1 Local Vertical Datum improvement using Sentinel-3 SAR and Cryosat-2 SAR/SARin altimetry data |
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EGU2018-7851 | Posters | G1.1 Gravimetric geoid validation survey results in Burdur within Turkish Height System Modernization and Gravity Recovery Project (2015-2020) |
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EGU2018-12150 | Posters | G1.1 Results from Strapdown Airborne Gravimetry Test in Turkey |
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EGU2018-189 | Posters | G1.1 Effect of Unclassified Land Depressions on Gravity and Geoid in Africa: Case Study for Qattara Depression |
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EGU2018-2756 | Posters | G1.1 BDS Clock Combination of iGMAS Analysis Centers and Its Performance Evaluation |
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EGU2018-19415 | Posters | G1.1 Determination of the gravitational potential at GOCE-type satellite orbit using frequency signal transmission approach |
G1.2 – Mathematical methods for the analysis of potential field data and geodetic time series | PICO
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EGU2018-1684 | PICO | G1.2 Are we able to retrieve the time-changeable variations of geophysical origin from the GNSS position time series? |
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EGU2018-3723 | PICO | G1.2 Spectral character of GNSS campaign measuremnets: impressions from an extended global network |
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EGU2018-6693 | PICO | G1.2 Accuracy Analysis of Relative Position Using Single-Frequency GPS Receivers |
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EGU2018-6714 | PICO | G1.2 Investigation of GPS Positioning Accuracy During The Minimum and Maximum Activity of The Solar Cycles |
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EGU2018-18454 | PICO | G1.2 Assessing properties for near real-time estimations of the vertical total electron content of the ionosphere from GNSS data |
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EGU2018-9256 | PICO | G1.2 Daily global variations of surface water mass derived from GRACE-based potential difference Kalman filtering |
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EGU2018-17380 | PICO | G1.2 Reassessment of the DDK-filter method with actual error covariance information |
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EGU2018-4691 | PICO | G1.2 Tensor Slepian Functions on the Spherical Cap for the Analysis of CMB Polarization |
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EGU2018-4389 | PICO | G1.2 A construction manual for Slepian functions to regularize regional ill-posed inverse problems |
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EGU2018-4581 | PICO | G1.2 Study on parameter choice methods for the RFMP with respect to downward continuation |
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EGU2018-4292 | PICO | G1.2 Learning an optimized dictionary for gravity field modelling |
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EGU2018-4641 | PICO | G1.2 Minimal-Discrepancy Point Grids on Balls for Numerical Methods in Earth Sciences |
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EGU2018-13656 | PICO | G1.2 Three-dimensional thermal convection in a spherical shell with a free surface |
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EGU2018-14461 | PICO | G1.2 A Modeling Approach to Separating Core and Crustal Fields in Geomagnetism |
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EGU2018-11444 | PICO | G1.2 Optimization of atomic clock locations for the geopotential determination from gravimetric network |
G1.3 – High-precision GNSS: methods, open problems and Geoscience applications
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EGU2018-601 | Posters | G1.3 Detecting Anomalous Behaviours in the GNSS Coordinate Time Series of the NERC British Isles continuous GNSS Facility (BIGF) Network |
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EGU2018-9487 | Orals | G1.3 Consumer GNSS Chipsets-Based, Dual-Frequency Receivers as Enablers of Dense Networks for both Long-Term Geodynamic Monitoring and GNSS Seismology by VADASE Approach |
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EGU2018-614 | Posters | G1.3 Detecting Meteorological Events in the GNSS IWV Time Series of the NERC British Isles continuous GNSS Facility (BIGF) network |
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EGU2018-13898 | Orals | G1.3 GeoGuard: low-cost GNSS technologies for the continuous monitoring of structures and land movements |
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EGU2018-17152 | Orals | G1.3 A live case study of SFMC GNSS dense network for continual monitoring of ground deformation |
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EGU2018-786 | Posters | G1.3 Exploitation of the Inter-Satellite Link in precise orbit determination |
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EGU2018-10013 | Orals | G1.3 A joint variometric approach for real-time analysis of earthquake driven ionospheric disturbances using a Stand-Alone GNSS Receiver: the 2015 Chile earthquake case study |
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EGU2018-1879 | Posters | G1.3 Galileo orbit determination using zero-difference ambiguity fixing in a Multi-GNSS processing: first results |
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EGU2018-14260 | Orals | G1.3 Estimation of significant wave heights using GNSS-SNR data from moving ships |
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EGU2018-3117 | Posters | G1.3 Comparison of GNSS-SNR from different antenna types |
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EGU2018-3231 | Posters | G1.3 Tide and Wave Measurement Application Researches Based on GNSS Technology |
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EGU2018-4900 | Orals | G1.3 GNSS-based ship-borne multi-sensor data analysis for ocean surface determination and atmosphere sounding |
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EGU2018-12644 | Orals | G1.3 Fully relativistic positioning for the Galileo for Science (G4S) project |
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EGU2018-3412 | Posters | G1.3 Kalman filtering for real-time GNSS-reflectometry |
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EGU2018-18062 | Orals | G1.3 Swarm precise orbit determination and its application in deriving geocenter variations in combination with ground observations |
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EGU2018-3720 | Posters | G1.3 Accuracy of GNSS from commercially available software |
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EGU2018-13675 | Orals | G1.3 Antenna calibrations for TRF scale determination and their influence on coordinate estimation |
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EGU2018-4170 | Posters | G1.3 Estimating Terrestrial Water Storage using GPS Vertical Motion in Taiwan |
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EGU2018-4230 | Posters | G1.3 On the applicability of E14 & E18 Galileo FOC satellites with incorrect orbits: an evaluation of the instantaneous medium range positioning |
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EGU2018-11837 | Orals | G1.3 GNSS processing with the raw observation approach in the context of gravity field recovery |
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EGU2018-12669 | Orals | G1.3 Improving the NWM-based tropospheric delay using real GNSS observations |
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EGU2018-4816 | Posters | G1.3 Improvement on the Computational Efficiency and Robustness of Real-time Multi-GNSS Satellite Clock Estimation |
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EGU2018-14182 | Orals | G1.3 Satellite clock modeling for kinematic determination of GNSS orbits and satellite attitude |
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EGU2018-5924 | Posters | G1.3 Efficiency of the Multi-GNSS Precise Point Positioning Solutions |
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EGU2018-8381 | Orals | G1.3 Development of GNSS capability in the “GNSS at MIT” software GAMIT |
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EGU2018-6414 | Posters | G1.3 Real-time crustal deformation monitoring using single frequency precise point positioning with fixed ionospheric estimates |
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EGU2018-16750 | Orals | G1.3 Advancing the orbit model for Galileo satellites during eclipse seasons |
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EGU2018-6843 | Posters | G1.3 Application of 1-Hz VADASE Single Frequency GNSS for Seismology |
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EGU2018-15608 | Orals | G1.3 Adjusted Optical Properties for Galileo, BDS and QZSS Satellites from Precise Orbit Determination |
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EGU2018-6881 | Posters | G1.3 GNSS-based validation of GFZ atmospheric and hydrospheric surface loading deformation products: First results |
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EGU2018-15097 | Orals | G1.3 The BeiDou Attitude Model for Continuous Yawing MEO and IGSO Spacecraft |
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EGU2018-7477 | Posters | G1.3 Simulation study on LEO orbit determination with two-way high-low SST in a future GNSS constellation |
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EGU2018-681 | Orals | G1.3 Precise orbit and clock determination for new BDS3, Galileo and QZSS satellites |
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EGU2018-8282 | Posters | G1.3 An Improved Approach for Tackling Signal Interruptions in Real-time Precise Point Positioning |
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EGU2018-17270 | Orals | G1.3 Precise orbit determination with inter-satellite links for a future GNSS system |
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EGU2018-8492 | Posters | G1.3 A new GNSS multi-constellation procedure based on the variometric approach applied to aerogravimetry |
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EGU2018-9891 | Posters | G1.3 The impact of different alignment strategies on the kinematic characterization of a regional GNSS network |
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EGU2018-2017 | Orals | G1.3 Improvement of multi-GNSS orbit and clock prediction at GFZ |
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EGU2018-11885 | Posters | G1.3 Evaluating orbits from the EGSIEM reprocessing |
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EGU2018-830 | Orals | G1.3 Optimum weighting of GPS, GLONASS, Galileo, and BeiDou observations in real-time PPP |
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EGU2018-14064 | Posters | G1.3 Performance assessment of PPP with Multi-GNSS and integer ambiguity resolution |
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EGU2018-13050 | Orals | G1.3 Assessment of ionospheric corrections for PPP-RTK using regional ionosphere modeling |
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EGU2018-9325 | Orals | G1.3 Performance analysis of GPS+Galileo smartphone raw measurements |
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EGU2018-14588 | Posters | G1.3 Regional ionosphere model for China from precise point positioning interpolated by least-squares collocation |
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EGU2018-15155 | Posters | G1.3 An attempt to obtain ionospheric differential code biases based on multisystem GNSS observations |
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EGU2018-9187 | Orals | G1.3 A New Ground Based Augmentation Strategy for Centimetric PPP Solution with GNSS Single Frequency Receiver |
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EGU2018-15185 | Posters | G1.3 | Highlight The Galileo for Science (G4S) project: fundamental physics and space geodesy by the orbit analysis of the Galileo satellites DORESA and MILENA |
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EGU2018-704 | Orals | G1.3 Precise orbit determination for FY-3C satellite using the onboard BDS GPS observations during 2013∼2017 |
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EGU2018-15219 | Posters | G1.3 A position domain comparison between VMF1 and the new VMF3 |
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EGU2018-16912 | Posters | G1.3 GNSS-R for detection of extreme hydrological events |
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EGU2018-17214 | Posters | G1.3 Influence of SSR atmospheric corrections in PPP-RTK processing parameters. |
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EGU2018-17373 | Posters | G1.3 | Highlight Determination of Snow Depth Using Reflected GPS Signals |
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EGU2018-17515 | Posters | G1.3 Operational geodetic products determination and combination for Galileo |
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EGU2018-18815 | Posters | G1.3 Identification of geologic or structural hazard signals using high-precision GPS/GNSS |
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EGU2018-3671 | Posters | G1.3 GNSS Integrated Doppler Velocity Determination for GEOHALO Airborne Gravimetry |
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EGU2018-5701 | Posters | G1.3 Ocean tides observed from a GPS receiver on floating sea ice near Chinese Zhongshan Station, Antarctica |
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EGU2018-6977 | Posters | G1.3 Onboard Real-time Precise Orbit Determination of LEO Satellites Using Space-borne GNSS Measurements |
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EGU2018-9009 | Posters | G1.3 Impact of geomagnetic storms and ionospheric disturbances on mid-latitude station's coordinates using static and kinematic PPP |
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EGU2018-9292 | Posters | G1.3 A regional satellite constellation optimization for GNSS remote sensing of soil moisture |
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EGU2018-11155 | Posters | G1.3 Multi-GNSS precise point positioning for precision marine |
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EGU2018-14895 | Posters | G1.3 Performance of BDS Triple-Frequency Positioning Based on the Modified TCAR Method |
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EGU2018-16820 | Posters | G1.3 GNSS-SNR for measuring the dynamic draught of moving ships |
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EGU2018-19639 | Posters | G1.3 Monitoring of mechanical stability of arboreal individuals by GNSS low-cost sensors |
G2.1 – The Global Geodetic Observing System: Reaching 1 mm
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EGU2018-9216 | Orals | G2.1 ILRS Activities Towards the Mitigation of Systematic Errors in SLR Products |
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EGU2018-3123 | Posters | G2.1 The Global Geodetic Observing System: Recent Activities |
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EGU2018-5504 | Posters | G2.1 Update on the Activities of the GGOS Bureau of Networks and Observations |
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EGU2018-2516 | Orals | G2.1 Improving the SLR network calibration through GPS-based precise orbit determination of LEO satellites |
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EGU2018-12209 | Orals | G2.1 VLBI Estimation of Short Baselines at the Fundamental Site Wettzell |
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EGU2018-11928 | Posters | G2.1 The Bureau of Products and Standards and its key role within GGOS |
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EGU2018-15339 | Posters | G2.1 GGOS activities related to the implementation of the International Height Reference System (IHRS) |
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EGU2018-9694 | Orals | G2.1 DORIS Systematic Errors and Biases |
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EGU2018-11775 | Orals | G2.1 Intercomparison of the DORIS, GNSS, SLR, VLBI and gravimetric time series at co-located sites |
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EGU2018-8691 | Posters | G2.1 Optimal Ocean Geoid as Reference Surface for Mean Ocean Circulation and Height Systems |
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EGU2018-17963 | Posters | G2.1 An optical clock network for height system unification: a simulation study |
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EGU2018-7102 | Orals | G2.1 Towards a 1 mm geoid at height reference points of the International Height Reference System (IHRS) |
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EGU2018-16205 | Posters | G2.1 GGOS Focus Area on Geodetic Space Weather Research |
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EGU2018-15980 | Posters | G2.1 The gravity field observations and products at IGFS |
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EGU2018-16453 | Posters | G2.1 IDS webservices for sharing data and products |
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EGU2018-19675 | Posters | G2.1 The International GNSS Service 2018 Update |
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EGU2018-13137 | Posters | G2.1 The BKG Reprocessing for the ILRS Pilot Project on Systematic Errors |
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EGU2018-4265 | Posters | G2.1 SLR station network improvements in the framework of simulated multi-technique reference frames |
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EGU2018-15754 | Posters | G2.1 Combined SLR and GNSS solution using co-locations in space |
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EGU2018-8443 | Posters | G2.1 Impact of geodetic satellite techniques on the CRS realization |
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EGU2018-16194 | Posters | G2.1 First steps of the VLBI Analysis Center of the National Geographic Institute of Spain |
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EGU2018-6541 | Posters | G2.1 Status and Plans for the Vienna VLBI and Satellite Software (VieVS 3.0) |
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EGU2018-7269 | Posters | G2.1 Observations of the APOD satellite with the AuScope VLBI network |
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EGU2018-2532 | Posters | G2.1 Improvement in the DORIS position time series through years: reaching velocity error of 0.5 mm/yr |
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EGU2018-17955 | Posters | G2.1 Framework for Measuring mm-Accurate Local Survey Ties over 1km baselines at the McDonald Geodetic Observatory |
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EGU2018-12672 | Posters | G2.1 Treatment of the permanent tide in the Global Geodetic Observing System |
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EGU2018-12419 | Posters | G2.1 An inter-agency comparison of non-gravitational force modeling for Sentinel-3A |
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EGU2018-13664 | Posters | G2.1 Geometrical Model of the Earth’s Geocenter Based on GRACE Gravity Field Maps |
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EGU2018-14015 | Posters | G2.1 Perspectives for relativistic potential and height reference |
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EGU2018-17294 | Posters | G2.1 Earth’s nutation: recent advances in improving the accuracy of their measurement by VLBI |
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EGU2018-8258 | Posters | G2.1 Science orbits of the Lunar Reconnaissance Orbiter: an independent solution |
G2.2 – The International Terrestrial Reference Frame: Elaboration, Usage and Applications
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EGU2018-9679 | Orals | G2.2 The McDonald Geodetic Observatory (MGO) |
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EGU2018-16181 | Posters | G2.2 Implementation of ITRF2014 for Doris orbit determination of CryoSat-2 |
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EGU2018-14498 | Orals | G2.2 The Importance of Coherent Time for a Fundamental Station |
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EGU2018-19467 | Posters | G2.2 Renewal of Metsähovi Geodetic Research Station |
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EGU2018-4373 | Posters | G2.2 Realization of the geospatial reference in Germany: alternative approach for the transformation from ITRF to ETRS89/DREF91 |
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EGU2018-15982 | Orals | G2.2 Further improvements in mitigating systematics in geodetic laser ranging |
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EGU2018-3745 | Orals | G2.2 Time-variable Structure of the VLBI-SLR Scale Bias assessed with KALREF |
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EGU2018-10854 | Posters | G2.2 On the determination of a Kalman filter celestial reference frame and its application in VLBI analysis |
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EGU2018-5136 | Orals | G2.2 Towards a realistic spatio-temporal description of GNSS station position time series |
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EGU2018-15070 | Posters | G2.2 Recent developments of the VLBI analysis software DOGS-RI at DGFI-TUM |
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EGU2018-5103 | Orals | G2.2 ITRF and seasonal station motions |
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EGU2018-17788 | Posters | G2.2 Network effects in VLBI analysis |
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EGU2018-5968 | Posters | G2.2 Some new findings with respect to the ITRF2014 scale inconsistencies |
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EGU2018-15513 | Posters | G2.2 Analyze of the DORIS scale factor and geocenter from single satellite solutions |
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EGU2018-9182 | Posters | G2.2 Displacements induced by seasonal temperature variations on an elastic Earth with realistic mechanical properties and degree one deformation |
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EGU2018-19586 | Posters | G2.2 Spatial correlations in IGS station position time series |
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EGU2018-15684 | Posters | G2.2 Greenland GPS network: Measurements and Models of 3D Elastic deformation |
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EGU2018-10227 | Posters | G2.2 Integration of GRACE and GNET GPS in modeling the deglaciation of Greenland |
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EGU2018-13307 | Posters | G2.2 Thule subsidence from GNSS and DORIS |
G3.1 – Glacial isostatic adjustment and its role in the global earth system (co-organized)
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EGU2018-518 | Posters | G3.1 Continental levering as a driver of Holocene relative sea-level variability in the Auckland-Northland region, New Zealand |
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EGU2018-301 | Orals | G3.1 Saltmarsh record of post Little Ice Age mass balance changes in southeast Greenland |
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EGU2018-7209 | Posters | G3.1 The impact of lateral variations in lithospheric thickness on glacial isostatic adjustment in West Antarctica |
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EGU2018-11906 | Orals | G3.1 Fundamental insights concerning deep earth viscosity derived from high-quality relative sea level data and the theory of global glacial isostatic adjustment |
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EGU2018-4874 | Posters | G3.1 GIA model for Antarctica with 3D viscosity estimates based on seismology and gravity |
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EGU2018-634 | Orals | G3.1 The influence of high resolution 3D Earth structure in West Antarctica on Glacial Isostatic Adjustment |
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EGU2018-7640 | Posters | G3.1 A benchmark study of numerical implementations of the sea-level equation in GIA modelling |
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EGU2018-18788 | Orals | G3.1 Prospect for Robust Constraints on Glacial Isostatic Adjustment Models using GPS Imaging of Ultra-Low Strain Rates |
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EGU2018-16150 | Posters | G3.1 A new method for forward and inverse modelling of glacial isostatic adjustment in laterally varying earth models |
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EGU2018-12389 | Orals | G3.1 A global empirical GIA model based on GRACE data |
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EGU2018-10300 | Orals | G3.1 | Highlight Toward a Unified Theory for 20th Century Secular Polar Motion |
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EGU2018-3345 | Posters | G3.1 Applying sea-level indicators to validate reconstructions of relative sea level during the last glacial termination phase |
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EGU2018-5257 | Posters | G3.1 A Holocene Sea-Level Database for the Baltic Sea |
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EGU2018-12311 | Posters | G3.1 Effect of GIA model resolution on relative sea level and land motion computations in Fennoscandia |
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EGU2018-12155 | Posters | G3.1 Identifying characteristics of ice history models using the relation between rates of change of deformation and gravity |
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EGU2018-3565 | Posters | G3.1 Glacial Isostatic Adjustment and its contribution to sea level changes and vertical land motion along the west coast of North America |
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EGU2018-9691 | Posters | G3.1 Time rate of change of gravity in North America and Greenland due to Glacial Isostatic Adjustment and other tectonic movements |
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EGU2018-10913 | Posters | G3.1 Impact of different crustal elastic models on interpreting regional GIA deformation in southeast Alaska |
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EGU2018-793 | Posters | G3.1 Hydrological unloading after Perito Moreno Glacier dam rupture: GNSS observation vs. modelling |
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EGU2018-7567 | Posters | G3.1 ITRF2014 and Earth figure changes: evidence of global viscous relaxation in recent ice melting Earth’s response? |
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EGU2018-117 | Posters | G3.1 A new global GPS dataset for testing and improving modelled GIA uplift rates |
G3.2 – Geophysical Signal Separation in Global Geodesy (including G Division Outstanding ECS Lecture) (co-organized)
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EGU2018-7451 | Orals | G3.2 Analysis of the Second Degree Stokes Coefficients of Geopotential and Earth Rotation Trends |
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EGU2018-7998 | Posters | G3.2 Atmospheric delay modeling with horizontal gradients for SLR observations |
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EGU2018-2733 | Orals | G3.2 Mass and steric sea level variations in the Tropical Asian Seas |
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EGU2018-208 | Posters | G3.2 Systematic errors between SLR and GNSS due to the omission of atmospheric pressure loading |
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EGU2018-6673 | Orals | G3.2 Separation of gravitationally consistent sea-level and circulation-induced bottom pressure variations from GRACE |
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EGU2018-14321 | Posters | G3.2 Wavelet analysis of GNSS coordinate time series and deformation of Earth's crust from geophysical models |
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EGU2018-16455 | Posters | G3.2 Interaction of geothermal and tectonic processes from geodetic studies in the Hengill area, SW Iceland. |
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EGU2018-17839 | Orals | G3.2 Automatic recovery of background seasonal motions from GNSS time series |
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EGU2018-6209 | Orals | G3.2 Do GNSS stations see daily hydrological variability over Europe? |
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EGU2018-9714 | Posters | G3.2 GRACE gravitational signature of the 2011 Mw 9.0 Tohoku-oki earthquake |
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EGU2018-4944 | Posters | G3.2 Separation of earthquake signals from GRACE-based ocean bottom pressure and terrestrial water storage estimates based on a physical model approach |
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EGU2018-5008 | Orals | G3.2 Separating Height and Mass Signals in Gravity Time Series: the Medicina (Italy) example |
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EGU2018-2772 | Posters | G3.2 ESMGFZ: Operational Model Products for Geodetic Applications |
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EGU2018-13713 | Orals | G3.2 | Highlight Deciphering small-scale groundwater storage changes from combined interpretation of GRACE and InSAR |
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EGU2018-9816 | Posters | G3.2 A Critical Assessment of ECMWF and NCEP Fields for Atmosphere–Ocean De-aliasing |
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EGU2018-2176 | Orals | G3.2 The GlobalCDA Project - Understanding the global freshwater system by combining geodetic and remote sensing information with modelling, using a calibration/data assimilation approach |
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EGU2018-4439 | Orals | G3.2 Validation of the EGSIEM GRACE gravity fields using GNSS and OBP records |
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EGU2018-8358 | Posters | G3.2 Geodetic hydrological excitation functions by different atmosphere and ocean models and comparison with hydrological excitation functions and GRACE solutions |
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EGU2018-6913 | Orals | G3.2 A comprehensive assessment of a Bayesian-based and a statistical decomposition-based framework for separating GRACE signals |
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EGU2018-16351 | Posters | G3.2 Crustal displacement in Amazon River basin using GRACE and a river routing model |
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EGU2018-3447 | Orals | G3.2 Methodology for generating high resolution GIA and ice-mass change estimates over Antarctica using GRACE, ICESat, RACMO, and GPS data |
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EGU2018-4051 | Posters | G3.2 The 2012-2015 Brazilian drought estimated from GPS-based vertical crustal deformations |
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EGU2018-10349 | Orals | G3.2 Non-Linear GIA correction for GRACE-derived mass balance in low viscosity regions |
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EGU2018-4896 | Posters | G3.2 COMPARISON of GRACE MASCON and DDK-DERIVED HYDROLOGICAL TRENDS in TURKEY |
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EGU2018-5255 | Posters | G3.2 On the hydrological mass variations in Sudan: Based on GRACE satellite gravimetry and global hydrological models |
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EGU2018-18711 | Posters | G3.2 The use of GRACE satellite data to validate the global hydrological cycle as simulated by a global climate model |
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EGU2018-4784 | Posters | G3.2 Temporal disaggregation of update increments for the assimilation of GRACE data into hydrological models |
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EGU2018-15765 | Posters | G3.2 Investigation of empirically estimated GIA over Antarctica based on various data inputs |
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EGU2018-8359 | Posters | G3.2 | Highlight First results from an integrated approach for estimating GIA, land ice, hydrology and ocean mass trends within a complete coupled Earth system framework |
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EGU2018-13184 | Posters | G3.2 GOCE-only geostrophic circulation in the Mediterranean Sea |
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EGU2018-14821 | Posters | G3.2 Dynamical Coastal Topography and tide gauge unification using altimetry and GOCE. |
G3.3 – Earth Rotation: Theoretical aspects, observation of temporal variations and physical interpretation
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EGU2018-19390 | Posters | G3.3 Investigations on Rotational Normal Modes of Different Triaxial Three-Layered Earth Models |
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EGU2018-9771 | Orals | G3.3 On the planetary terms of the IAU2000 nutation theory |
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EGU2018-9949 | Orals | G3.3 | Highlight Continental drift of the rotation pole: observation, theory and application |
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EGU2018-13373 | Posters | G3.3 On the Long-Term “Hesitation Waltz” Between the Earth’s Figure and Rotation Axes |
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EGU2018-3519 | Orals | G3.3 When can we assume that a planetary body is in hydrostatic equilibrium during true polar wander? |
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EGU2018-7368 | Posters | G3.3 Testing the Free Core Nutation period |
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EGU2018-2780 | Orals | G3.3 | Highlight Hydrodynamic Predictions of Seasonal Variations in Earth Orientation |
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EGU2018-1676 | Posters | G3.3 Core dynamics and the nutations of the Earth |
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EGU2018-1992 | Orals | G3.3 Geodetic VLBI, Earth rotation and the Sagnac effect |
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EGU2018-13452 | Posters | G3.3 Qualification uncertainties of nutation model using VLBI data and its application to study Earth's interior |
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EGU2018-7857 | Orals | G3.3 Application of ray-traced tropospheric delays in the analysis of VLBI Intensive sessions |
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EGU2018-6452 | Posters | G3.3 Improved geophysical excitation of length-of-day constrained by Earth orientation parameters and satellite gravimetry products |
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EGU2018-2775 | Posters | G3.3 Seasonal effects in length-of-day due to the global mass balance as seen by geophysical models, GRACE and Earth rotation observations |
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EGU2018-6652 | Posters | G3.3 Minimizing filter effects in GRACE derived effective angular momentum functions |
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EGU2018-12697 | Posters | G3.3 DTRF2014 Earth orientation parameters |
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EGU2018-14940 | Posters | G3.3 GNSS-based determination of High Frequency Earth Rotation Parameters utilizing GPS + Galileo observation data |
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EGU2018-14986 | Posters | G3.3 VLBI Intensive sessions on a European baseline for the estimation of dUT1 |
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EGU2018-17047 | Posters | G3.3 Towards a new conventional high-frequency Earth rotation model |
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EGU2018-10589 | Posters | G3.3 Earth Orientation from the IERS Rapid Service / Prediction Center: Improvements with the use of atmospheric and ocean angular momentum data |
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EGU2018-8069 | Posters | G3.3 Mass and motion terms of atmospheric and oceanic angular momentum contributions to polar motion excitation |
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EGU2018-15069 | Posters | G3.3 On the phenomena disturbing the terrestrial orientation of the Wettzell G-Ring gyroscope |
G3.5 – Monitoring and modelling of geodynamics and crustal deformation: progress during 37 years of the WEGENER initiative (co-organized)
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EGU2018-2984 | Posters | G3.5 Historical tide gauge data provide crucial evidence of natural subsidence rates in the Eastern Po Plain, Italy |
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EGU2018-6982 | Posters | G3.5 Linking microplate dynamics to the seismic cycle of crustal faults |
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EGU2018-4314 | Posters | G3.5 Is the Nubia plate rigid or divided into sub-plates? Insights from geodetic data and the seismotectonic map of Africa |
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EGU2018-13468 | Posters | G3.5 Sentinel-1 and GPS measurements of the 3-component time-dependent crustal deformation in Southern California |
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EGU2018-10415 | Posters | G3.5 3D deformation in the South-Western European Alps (Briançon region) revealed by 20 years of geodetic data |
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EGU2018-10450 | Posters | G3.5 GPS and seismic data to highlight the interaction between deep and shallow deformation related to the 2013 Okhotsk earthquake, Kamchatka |
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EGU2018-7747 | Posters | G3.5 Structural Setting Along The Western North Anatolian Fault and Its Influence on the 2014 North Aegean Earthquake (M 6.9) |
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EGU2018-9908 | Posters | G3.5 Seismic hazard assessment at central North Anatolian Fault (Turkey) combining GPS strain rates and b-values |
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EGU2018-10993 | Posters | G3.5 Geodetic Earthquake Recurrence for Seismic Hazard Analysis |
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EGU2018-17077 | Posters | G3.5 Investigating The Characteristics Of The Southern Branch Of North Anatolian Fault In The Marmara Region |
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EGU2018-16014 | Posters | G3.5 Interseismic Behavior of the Main Marmara Fault in the Marmara Region of Turkey |
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EGU2018-17354 | Posters | G3.5 Fault creep and persistent asperities on the western section of the North Anatolian Fault, Turkey |
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EGU2018-144 | Posters | G3.5 A Comparison of Object Based Classification for Building Class Performance Using Orthophotos |
G3.6 – Transients detection and modeling in geophysical time series (co-organized) | PICO
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EGU2018-2572 | PICO | G3.6 Modeled vs observed ground deformation caused by the 2014 Cephalonia and 2015 Lefkada earthquake sequences, Ionian Islands, Greece |
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EGU2018-11051 | PICO | G3.6 How Much Shallow Afterslip Are We Missing Immediately Following a Rupture? Capturing Rapid Postseismic Fault slip in the Hours Following the 2016 Mw 7.1 Kumamoto Earthquake, Japan Using a Dense Continuous GPS Network |
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EGU2018-2789 | PICO | G3.6 Localized Deformation Following the April 2016 Kumamoto, Japan, Earthquake detected by InSAR |
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EGU2018-15443 | PICO | G3.6 Deciphering slow transient deformation from a spatial frequency analysis of InSAR data |
|
EGU2018-17770 | PICO | G3.6 Description and modeling of surface motion transients extracted from continuous GPS networks in Chile and Japan |
|
EGU2018-7022 | PICO | G3.6 Analysis of the ongoing uplift observed in the Laguna del Maule area (Chile) |
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EGU2018-15074 | PICO | G3.6 Observing silent and slow slip along continental strike slip faults from space |
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EGU2018-5433 | PICO | G3.6 Areas prone to slow slip events impede earthquake rupture propagation and promote afterslip |
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EGU2018-9100 | PICO | G3.6 Seismicity controlled by a frictional afterslip during a small magnitude seismic sequence (M < 5) on the Chihshang Fault, Taiwan |
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EGU2018-3400 | PICO | G3.6 Enhancing microearthquake detection through non-linear filtering |
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EGU2018-13599 | PICO | G3.6 Changepoint analysis of Vp/Vs ratio time-series using a trans-dimensional McMC algorithm: an application to the Alto-Tiberina seismic network (Northern Apennines, Italy) |
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EGU2018-14855 | PICO | G3.6 Search for gravity signals preceding direct seismic waves in Hi-net tiltmeter data |
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EGU2018-14166 | PICO | G3.6 Typhoon-Induced Ground Deformation |
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EGU2018-4272 | PICO | G3.6 Correlation between changes in water storage and deformation transients in karst systems: new insights from the European Alps |
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EGU2018-6022 | PICO | G3.6 Transient deformation of karst aquifers observed by GPS: improved knowledge from Central Apennines (Italy) |
G4.1 – Acquisition and processing of gravity and magnetic field data and their integrative interpretation | PICO
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EGU2018-9485 | PICO | G4.1 International Gravimetric Bureau (BGI): database, services and products |
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EGU2018-13160 | PICO | G4.1 The first high-precision digital astrogeodetic traverse in the Southern Hemisphere |
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EGU2018-508 | PICO | G4.1 The tree canopy effect in high-frequency gravity forward modelling |
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EGU2018-1793 | PICO | G4.1 Spectrally complete residual terrain modelling (RTM) – On solving an often neglected filter problem |
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EGU2018-17158 | PICO | G4.1 Investigation of terrain corrections using digital elevation models with different resolution |
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EGU2018-18958 | PICO | G4.1 Adaptive topographic-isostatic mass correction for gravity data |
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EGU2018-1184 | PICO | G4.1 Comparison of Satellite Altimetric Gravity and Global Geopotential Models with Shipborne Gravity in the Red Sea |
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EGU2018-4282 | PICO | G4.1 A Regional Gravity Model for Egypt Integrating Satellite and Ground Data |
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EGU2018-4032 | PICO | G4.1 An inversion package for interpretation of microgravity data |
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EGU2018-12991 | PICO | G4.1 Shipborne Gravimetry Data Processing: Case Studies in the Baltic Sea and North Sea using GNSS-derived kinematic vertical accelerations |
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EGU2018-9919 | PICO | G4.1 Direct Comparison of TAGS 7 and TAGS Relative Airborne Gravimeters with USA GRAV-D Data |
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EGU2018-10466 | PICO | G4.1 Investigation of wavenumber correlation filtering on airborne gravity |
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EGU2018-16005 | PICO | G4.1 A Comparison of Gravity Anomaly Separation Techniques: Synthetic Examples and Real Anomaly Case from Nemrut Volcano, Bitlis, Eastern Turkey |
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EGU2018-18638 | PICO | G4.1 Crustal structure of NW of the Iranian Plateau based on 2D interpretation of gravity, aeromagnetic, and seismic data |
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EGU2018-4705 | PICO | G4.1 Gravity and gravity gradient inversion of the South American Moho using tesseroids |
G4.2 – High accuracy terrestrial gravity observations in the time varying gravity field (co-organized)
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EGU2018-10401 | Posters | G4.2 Enhanced Ballistic Absolute Gravimeter Standard with Sub-μgal-Accuracy |
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EGU2018-7155 | Orals | G4.2 The secular, postglacial gravity change in Fennoscandia – observations and findings |
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EGU2018-1931 | Posters | G4.2 Fringe signal processing in a compact absolute gravimeter with a 2 mm rise-and-fall trajectory |
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EGU2018-14372 | Orals | G4.2 Potential impact of groundbased gravity gradiometer for subsurface reservoir monitoring |
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EGU2018-2214 | Posters | G4.2 Relative gravimeter calibration system for high accurate applications |
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EGU2018-18162 | Orals | G4.2 Uncertainty analysis for isolating daily evapotranspiration signals from high precision gravity observations |
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EGU2018-2025 | Posters | G4.2 The use of the A10-020 absolute gravimeter for the establishment and modernization of national gravity controls in Europe |
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EGU2018-9854 | Orals | G4.2 Investigation of systematic errors of FG5(X) gravimeters |
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EGU2018-13247 | Posters | G4.2 The use of the A10-022 absolute gravimeter to construct the the gravity basic network in Guangxi, China |
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EGU2018-17565 | Orals | G4.2 Evaluation of the repeatability and the stability of an operational Absolute Quantum Gravimeter |
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EGU2018-19297 | Orals | G4.2 Corrections to absolute gravity observations |
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EGU2018-7815 | Posters | G4.2 Absolute gravity network in South America - Comparisons |
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EGU2018-10031 | Posters | G4.2 High precision absolute gravimetry. In and out laboratory measurements: the Jalisco Block (Mexico) changes in gravity 1996-2016 |
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EGU2018-6907 | Posters | G4.2 New national gravity reference frame in Sweden – RG 2000 |
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EGU2018-14758 | Posters | G4.2 The Upgraded International Database for Absolute Gravity Measurements (AGrav) |
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EGU2018-8603 | Posters | G4.2 On the realization of the absolute gravity reference system |
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EGU2018-8675 | Posters | G4.2 Processing strategies for comparisons of absolute meters |
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EGU2018-9967 | Posters | G4.2 Using Absolute Gravity Data to Measure Relative Gravity Differences for Instrument Comparisons |
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EGU2018-11753 | Posters | G4.2 Gravity above massive rectangular piers: measurements, reduction and modelling |
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EGU2018-19028 | Posters | G4.2 Repeated relative gravity measurements between surface and underground stations resolve the local variation in subsurface water storage |
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EGU2018-14686 | Posters | G4.2 AG/SG gravity monitoring at Conrad Observatory (Austria) |
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EGU2018-7855 | Posters | G4.2 Continuous high resolution gravity measurements at a geothermal field in Northern Iceland |
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EGU2018-9795 | Posters | G4.2 Comparison of Tilt and SG-Gravity Residuals at Conrad Observatory (Austria) |
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EGU2018-4089 | Posters | G4.2 Constraining the focal mechanism of the 2015 Illapel earthquake with observations of the Lhasa superconductor gravimeter |
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EGU2018-14559 | Posters | G4.2 Results from 10 years of absolute gravity measurements at Mt. Etna volcano (Italy) |
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EGU2018-2325 | Posters | G4.2 Estimation of Specific Yield of Aquifer in MinZhu Basin Based on combination of Gravity and ERT Observations |
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EGU2018-4088 | Posters | G4.2 The effect of local hydrogeological haracteristics on gravity measurement |
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EGU2018-16312 | Posters | G4.2 Gravimetry for monitoring water movements: the Classical Karst as a natural laboratory |
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EGU2018-18267 | Posters | G4.2 Absolute gravity change and vertical displacement measurements in France for geophysical applications |
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EGU2018-3980 | Posters | G4.2 Astrogeodetic Test Observation by the Newly Designed Astrogeodetic Camera System Version 2 |
G4.3 – Satellite Gravimetry: Data Analysis, Results and Future Concepts
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EGU2018-5543 | Posters | G4.3 Use of DART data to assess quick-look GRACE-FO solutions |
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EGU2018-10655 | Posters | G4.3 Development and analysis of the swath solutions from GRACE |
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EGU2018-11176 | Orals | G4.3 Further Plans for the GRACE Mission |
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EGU2018-11802 | Posters | G4.3 Preparing for GRACE-FO: Level-1A and Level-1B data handling and processing in the framework of the project MAGIC |
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EGU2018-10697 | Orals | G4.3 GRACE RL06 reprocessing and results from CSR |
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EGU2018-11945 | Posters | G4.3 Stochastic model validation of GRACE gravity data |
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EGU2018-17837 | Orals | G4.3 The GFZ GRACE RL06 Time Series |
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EGU2018-18624 | Orals | G4.3 The new GRGS-RL04 series of mass variations modelled with GRACE data |
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EGU2018-8972 | Posters | G4.3 Analysis of Attitude Errors in the GRACE Range-Rate Observations Using Reprocessed Attitude Data |
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EGU2018-11833 | Orals | G4.3 Towards a new ITSG-Grace release: improvements within the processing chain |
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EGU2018-13107 | Posters | G4.3 An improved accelerometer calibration model for gravity field estimates |
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EGU2018-1516 | Orals | G4.3 IfE monthly gravity field solutions using the variational equations. |
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EGU2018-16119 | Posters | G4.3 Assessment of force models in the context of gravity field recovery at IfE |
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EGU2018-8803 | Posters | G4.3 The EGSIEM combination service: final results and further plans |
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EGU2018-1513 | Posters | G4.3 A modified Gauss-Jackson method for the numerical integration of the variational equations. |
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EGU2018-8990 | Orals | G4.3 GRACE Follow-On: Current Mission Status and next steps |
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EGU2018-6193 | Posters | G4.3 GRACE-FO accelerometers and data processing |
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EGU2018-1949 | Orals | G4.3 Uncertainty in GRACE estimates of the mass redistributions at the Earth surface and implications for the global water and sea level budgets |
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EGU2018-6453 | Orals | G4.3 The role of the Arctic on the variability of the Bering Strait throughflow using GRACE ocean bottom pressure and in situ mooring observations from 2002 to 2016. |
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EGU2018-16857 | Posters | G4.3 The impact of regional meteorological network data on AOD1B products |
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EGU2018-13611 | Orals | G4.3 Extracting geophysical signals from GRACE using an objective spatio-temporal filter |
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EGU2018-17878 | Posters | G4.3 GravIS – a new web portal for GRACE/GRACE Follow-On Level-3 Data Products by GFZ |
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EGU2018-12275 | Orals | G4.3 Closing the gap between GRACE and GRACE-FO with Swarm |
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EGU2018-18665 | Posters | G4.3 Reducing Pointing Induced Errors in the GRACE Follow-On Laser Ranging Measurement Using Dedicated Calibration Maneuvers |
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EGU2018-17900 | Posters | G4.3 Gravity from space by Cold Atom Interferometry: the MOCASS study and preliminary results |
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EGU2018-10773 | Orals | G4.3 Signal contents of combined monthly gravity field models derived from Swarm GPS data |
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EGU2018-13517 | Posters | G4.3 Hl-SST and SLR - bridging the gap between GRACE and GRACE Follow-On |
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EGU2018-3448 | Orals | G4.3 The GOCE Reprocessing Campaign |
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EGU2018-16788 | Posters | G4.3 What is required to map the Earth’s time-variable gravitational field with satellite gradiometry? |
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EGU2018-5319 | Orals | G4.3 On the reprocessing of GOCE gravity gradients |
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EGU2018-13865 | Posters | G4.3 Novel accelerometer concepts for satellite gravimetry and their impact on the performance of gravity field determination |
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EGU2018-13217 | Orals | G4.3 Reprocessed GOCE gravity gradients for gravity field recovery: first results with the time-wise approach |
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EGU2018-4385 | Posters | G4.3 Treatment of ocean tide aliasing in the context of a next generation gravity field mission |
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EGU2018-1195 | Orals | G4.3 Assessment of the Latest Release of GOCE Satellite-Only Global Geopotential Models over the Red Sea |
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EGU2018-6159 | Posters | G4.3 Status of development of the three axes sensitive accelerometer MicroSTAR |
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EGU2018-1972 | Orals | G4.3 Mass variation observing system by high-low inter-satellite links (MOBILE) – a mission proposal for ESA Earth Explorer 10 |
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EGU2018-427 | Posters | G4.3 Validation of static global gravity field models from CHAMP, GRACE and GOCE with ground data in Poland |
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EGU2018-567 | Posters | G4.3 Modelling of the lithosphere’s density and thickness for reduction of the GOCE gravity gradients: case study of Central Europe |
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EGU2018-2770 | Orals | G4.3 Gravity Field Retrieval of Next Generation Gravity Missions regarding Geophysical Services: Results of the ESA-ADDCON Project |
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EGU2018-844 | Posters | G4.3 Recovery of gravity information over polar gaps from the GOCE SGG data |
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EGU2018-2141 | Posters | G4.3 Evaluation of RL05 GRACE Based Global Geopotential Models on a Regional Scale: A case study of Turkey |
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EGU2018-5241 | Posters | G4.3 A Combined optimisation of local and global gravimetric data to improve geoid modelling in Sudan |
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EGU2018-5330 | Posters | G4.3 | Highlight ESA's Studies of Next Generation Gravity Mission Concepts |
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EGU2018-7739 | Posters | G4.3 Constraining the continental crust heat production with a gravimetric Moho |
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EGU2018-8423 | Posters | G4.3 Crustal thickness estimated using data from gravimetric satellites |
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EGU2018-9315 | Posters | G4.3 Analysis of changes compliance in gravity observed by satellite method with absolute measurements |
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EGU2018-9509 | Posters | G4.3 Geoid determination with the Remove-Restore method |
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EGU2018-10251 | Posters | G4.3 GOCE User Toolbox and Tutorial |
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EGU2018-10811 | Posters | G4.3 Error Reduction in GRACE+GOCE Geodetic MDT via Spectral Editing – Comparison to Ocean Models and Drifter Data |
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EGU2018-11920 | Posters | G4.3 Investigations of GNSS-derived baselines for gravity field recovery |
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EGU2018-12755 | Posters | G4.3 Detecting the mass change and its loading responses in the large reservoir, lake and groundwater depletion area in China, from GRACE Data, Land Surface Models and in situ observations |
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EGU2018-13252 | Posters | G4.3 Global sea level change signatures observed by GRACE satellite gravimetry |
G5.1 – Observation-based modeling of the ionosphere - from Sun to Earth (co-organized)
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EGU2018-10919 | Orals | G5.1 A quantum leap in precision of solar corona electron density models determined from Very Long Baseline Interferometry data |
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EGU2018-18396 | Posters | G5.1 GNSS NavAer network to support ionospheric monitoring |
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EGU2018-4995 | Posters | G5.1 | Highlight Ionospheric changes caused by solar eclipse August 21st 2017, as obtained by GPS observations |
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EGU2018-15122 | Orals | G5.1 A New Technique for Measuring and Modeling Global D- and E-Region Electron Density with GPS‐RO |
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EGU2018-16214 | Orals | G5.1 VTEC modelling using multi-technique observations with different latencies: a parallel filtering approach |
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EGU2018-17977 | Posters | G5.1 Development of an operational prototype for the determination of the thermospheric density on the basis of a coupled thermosphere-ionosphere model |
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EGU2018-18977 | Posters | G5.1 Recent activities of IAG working group “Ionosphere Prediction” |
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EGU2018-17356 | Orals | G5.1 Reference total electron content: global 30-day average empirical VTEC maps for rapid assessment of weather-climate deviation |
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EGU2018-19396 | Posters | G5.1 The effects of satellite azimuths on mapping function in single layer ionospheric model |
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EGU2018-17106 | Orals | G5.1 Assessment of global and regional VTEC ionospheric maps within IAG’s RTIM-WG |
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EGU2018-2808 | Orals | G5.1 Formulating the regional reconstruction of ionospheric electron density and wet refractivity fields using Slepian and empirical orthogonal base-functions |
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EGU2018-15990 | Posters | G5.1 Comparison between thermospheric neutral density and ionospheric electron density from TIEGCM and empirical models |
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EGU2018-17140 | Posters | G5.1 Global distribution of ionospheric scintillations from the Real-Time GPS ROTI |
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EGU2018-17399 | Posters | G5.1 Ionospheric fluctuations and Total Electron Content gradients over Europe during quiet conditions and storm events |
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EGU2018-18289 | Posters | G5.1 Study of local manifestations of strong geomagnetic storms at middle latitude with using geomagnetic and TEC data |
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EGU2018-6211 | Posters | G5.1 GNSS-based analysis of ionospheric conditions around the North Pole during sequence of geomagnetic storms in March 2012. |
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EGU2018-7730 | Posters | G5.1 Polar Cap Patches in the High-Latitude Ionosphere in Northern Deep Winter: The Presence and Absence of Scintillation |
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EGU2018-661 | Posters | G5.1 GNSS-based Regional Ionosphere Modeling over Bosnia and Herzegovina |
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EGU2018-9310 | Posters | G5.1 Comparison of the Ionospheric Total Electron Content Estimation Methods using GNSS reference station network |
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EGU2018-9459 | Posters | G5.1 Occurrence characteristics of ionospheric scintillation over the South East Asian region during the Solar cycle 24 |
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EGU2018-1347 | Posters | G5.1 Understanding the ionospheric irregularities using a plasma simulation model, a radio wave propagation model and GNSS observations |
G5.2 – Atmospheric Remote Sensing with Space Geodetic Techniques
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EGU2018-318 | Posters | G5.2 Effective recognition of change points in tropospheric time series with the Sequential Regime Shift Detector |
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EGU2018-15299 | Orals | G5.2 The SINERGY project: assessing the impact of InSAR data on weather forecasts using 3DVAR and the WRF mesoscale model, aiming at a better understanding of the atmospheric moisture content |
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EGU2018-17481 | Orals | G5.2 Use or radar satellite data (InSAR) to validate water vapor patterns in weather models |
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EGU2018-14722 | Posters | G5.2 Comparison of tropospheric estimates from DD and PPP processing approaches for climate monitoring |
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EGU2018-11329 | Orals | G5.2 KOMPSAT-5 GNSS Radio Occultation Processing for NWP Applications |
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EGU2018-4372 | Posters | G5.2 Estimating the impact of GNSS horizontal delay gradients in variational data assimilation |
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EGU2018-13843 | Posters | G5.2 Tropospheric Gradients from Numerical Weather Models and the Indonesian CORS Network |
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EGU2018-18657 | Orals | G5.2 Tropospheric specific humidity climate data record derived from multi-mission GPS Radio Occultations |
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EGU2018-9628 | Posters | G5.2 Global validity and behaviour of tropospheric gradients estimated by GPS |
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EGU2018-7334 | Orals | G5.2 GNSS Reflectometry Wind Speeds Errors: Signal Strength Corrections and Rain Effects |
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EGU2018-14639 | Orals | G5.2 How important is the site distribution for a GNSS water vapour tomography using a Compressive Sensing solution? |
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EGU2018-1126 | Posters | G5.2 Effects of the tropospheric horizontal gradients on GPS coordinates estimation: a case study for severe storms conditions. |
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EGU2018-2721 | Posters | G5.2 Impact of Taipei urbanization on temperature, rainfall and GNSS precipitable water vapor |
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EGU2018-15000 | Orals | G5.2 | Highlight COST Action ES1206: GNSS4SWEC - Advanced GNSS Tropospheric Products for Severe Weather Events and Climate |
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EGU2018-13233 | Orals | G5.2 Evaluation of the atmospheric water vapor content in the regional climate model ALARO-0 using GNSS observations from EPN Repro2 |
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EGU2018-15590 | Posters | G5.2 goGPS free and open source GNSS software for tropospheric delay estimation |
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EGU2018-12866 | Posters | G5.2 Low-cost, dual-frequency GNSS sensing node for water vapour sounding |
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EGU2018-1477 | Orals | G5.2 How precisely can we monitor climate signals with GNSS and VLBI? A simulation study |
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EGU2018-8961 | Posters | G5.2 Densified GNSS-based water-vapor monitoring network in Rotterdam using low-cost single-frequency receivers |
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EGU2018-10988 | Orals | G5.2 On the combination of neutral atmospheric delay estimates from different solutions |
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EGU2018-1072 | Orals | G5.2 Reduce latency NRT GNSS processing for station stability monitoring and geophysical processes retrieval. |
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EGU2018-12928 | Posters | G5.2 Case study of windstorm effects on zenith tropospheric delay for RTK networking in northern Germany |
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EGU2018-12370 | Posters | G5.2 Assimilation of GNSS tomography in Near-Real Time mode products into the Weather Research and Forecasting model |
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EGU2018-6941 | Orals | G5.2 Assessing the performance of horizontal troposphere gradients derived from NWM |
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EGU2018-15550 | Posters | G5.2 Assimilation of GNSS single-frequency derived ZTDs into the WRF model |
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EGU2018-6180 | Posters | G5.2 Assimilation of GPS-ZTD in meteorological models by 3D-Var |
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EGU2018-9569 | Posters | G5.2 Cloud water and ice contributions to bending angle profiles in GPS radio occultation technique |
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EGU2018-16278 | Posters | G5.2 “Ancillary” products from a dense GNSS geodetic network: study of tropospheric delay on NeVoCGPS network for weather, climate, and natural hazard applications. |
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EGU2018-7367 | Posters | G5.2 Use of GNSS/GPS for calibrating ESR/SKYNET and AERONET Sun-sky radiometers: a multi-instruments approach to retrieve the precipitable water vapor content performing measurements comparability |
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EGU2018-8277 | Posters | G5.2 Analysis of integrated water vapour observed in a sub-arctic Finland area from GPS, ground-based microwave radiometers and RAOB data |
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EGU2018-12729 | Posters | G5.2 E-GVAP, status and future |
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EGU2018-15011 | Posters | G5.2 The Austrian near real-time multi-GNSS troposphere products – current status and future plans |
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EGU2018-2567 | Posters | G5.2 Advanced tropospheric products from Multi-GNSS at AUTh |
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EGU2018-13475 | Posters | G5.2 First results of BeRTISS project |
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EGU2018-16622 | Posters | G5.2 ZTD time series analysis of GNSS regional integrated networks |
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EGU2018-3221 | Posters | G5.2 Multi-observational Tropospheric Tomography and Its Application in Detecting Water Vapor Variability During Heavy Precipitation Event |
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EGU2018-15678 | Posters | G5.2 Exploitation of the signal to noise ratio of GNSS receivers for improving the accuracy of position and tropospheric delay estimation |
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EGU2018-15453 | Posters | G5.2 Tropospheric delays in ground-based GNSS reflectometry – Assessment of ad-hoc models against ray-tracing simulations |
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EGU2018-14371 | Posters | G5.2 Vienna Mapping Functions for Optical Frequencies |
G6.1 – Open Session in Geodesy
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EGU2018-3273 | Posters | G6.1 Feasibility assessment for geoid improvement by shipborne gravity surveys on the reservoirs in Taiwan |
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EGU2018-2138 | Orals | G6.1 The isostatic gravity anomaly: useful or misleading? |
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EGU2018-15136 | Orals | G6.1 A study on geocenter motions and load Love numbers using GPS and GRACE data |
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EGU2018-10388 | Posters | G6.1 Monitoring Seafloor Deformation: Acoustic Ranging Geodesy with Millimeter Precision |
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EGU2018-4954 | Orals | G6.1 VLBI goes satellite - benefits and restrictions |
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EGU2018-4821 | Posters | G6.1 A different method to detect ionospheric anomaly induced by earthquake |
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EGU2018-16153 | Posters | G6.1 Ionospheric effects of the solar eclipse on March 20, 2015 |
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EGU2018-10442 | Orals | G6.1 Initial results from the geodetic VLBI analysis of observations of an artificial radio source on the Moon |
|
EGU2018-8340 | Orals | G6.1 Relativistic effects and Space Geodesy with Laser Ranged Satellites: the LARASE research program |
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EGU2018-11242 | Posters | G6.1 Research on Methods for Properties Evaluation of the Bei Dou Real Time Product |
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EGU2018-12197 | Posters | G6.1 VLBI with GNSS-signals on intercontinental baselines |
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EGU2018-15265 | Orals | G6.1 A New Model of the Mean Albedo of the Earth: Estimation and Validation from the GRACE Mission and SLR Satellites. |
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EGU2018-16388 | Posters | G6.1 Nutation determination by means of GNSS: status and propects |
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EGU2018-17731 | Posters | G6.1 Combination of celestial reference frames on normal equation level |
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EGU2018-18922 | Posters | G6.1 A new empirical tidal model for the Great Barrier Reef, Australia |