HelioWebInstitut National de l'Information Geographique et Forestiere, France
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I[Institut National de l'Information Geographique et Forestiere, France]
PI["Parent Institutions (0)"]
CI["Child Institutions (0)"]
AW["Affiliated Works (105)"]
CA["Linked Collaborating Authors (7)"]
I== skos:broader ==>PI
CI== skos:broader ==>I
AW== affil ==>I
AW== author ==>CA
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Affiliated Works
sorted by decreasing year, and then by display-name
- Review and Progress of the ITRF Datum Definition: New Results From ITRF2000
- The International Terrestrial Reference System. An overview of its background and its future.
- A Vegetation Classification of the Opunohu Valley (Moorea Island, French Polynesia) based on a Relative Canopy-Height Class Set Using AirSAR and MASTER Data.
- GPS Water Vapor Tomography Based on Accurate Estimations of the GPS Tropospheric Parameters
- Requirements for Improved Definitions and Realizations of the ITRF Origin and Geocenter Motion
- TRF Datum Definition and Geocenter Motion Estimate
- ULR Re-analysed Global GPS Solution for Vertical Land Motion Correction at Tide Gauges
- Geodetic Observation-level Modelling for the Measurement of GIA
- Influence of the Reference Frame Alignment on Station Positions and Velocities: Global or Regional?
- Monitoring the ITRF/EOP consistency
- High-Precision Global Geodetic Systems: Revolution And Revelation In Fluid And 'Solid' Earth Tracking (Invited)
- Multiscale Feature Extraction of Potential Fields Using Poisson Wavelets
- Secular motion of the geocenter, ITRF origin and the possible impact of climate changes
- Comparison of tropospheric delays from Raman lidar, radiosondes, GPS and DORIS during the MANITOUL experiment
- Evidence for a slow subsidence of the Tahiti Island from GPS, DORIS, GRACE, and combined satellite altimetry and tide gauge sea level records
- ITRF and its dependence on integrated global geodetic networks (Invited)
- Modern Ground Space Geodetic Network for Space Geodesy Applications
- Precise Geodetic Infrastructure: National Requirements for a Shared Resource
- The ITRF combination and the increasing number of estimated parameters (Invited)
- Comparison of Raman lidar water vapor calibration using GPS, radiosoundigs and ground observations. Application for GPS positioning purpose
- ITRF2008 solution, geodetic parameters and Glacial Isostatic Adjustment
- Impact of Jason-2 and Cryosat-2 on DORIS combination
- Inversion of multiple geodetic data sets for geophysical processes and global geodesy
- Multiple detection of a "rapid" slow slip event before the March, 2011 Tohoku earthquake from regional and global ionospheric, ground GPS and oceanic DART observations
- Analysis of long time series of GPS precipitable water vapour from IGS reprocessing
- Central West African crust investigation through modeling of GOCE gravity and tensor components
- International Collaboration in the field of GNSS-Meteorology and Climate Monitoring
- Methodological developments for the remote sensing of water vapor combining Raman lidar, GPS and in-situ observations: results from the DEMEVAP 2011 campaign
- Opening of the Aden Gulf Ridge Derived from GPS Constraints and Plate Tectonic Models
- Performance assessment of a planar electrostatic gradiometer for airborne gravity surveys
- Preliminary work on the DORIS contribution to the next International Terrestrial Reference Frame
- Rescue of the historical sea level record of Marseille, France, from 1885 to 1988, and its extension back to 1849-1851
- Troposphere zenith delays and gradients from VLBI, GNSS, DORIS, water vapor radiometer, and numerical weather models during continuous VLBI campaigns
- Wavelet based directional analysis of the gravity field: evidence for large-scale undulation
- GOCE satellite gravity gradients: a new probe into the Earth's mantle
- Multi-scale modeling of the Earth's gravity field from GOCE (Invited)
- Preliminary analysis in preparation for the ITRF2013
- Status of DORIS contribution to ITRF2013
- Terrestrial multi-view photogrammetry for landslide monitoring
- Towards consolidated science requirements for a next generation gravity field mission
- Assessments of the Accuracy of Global Geodetic Satellite Laser Ranging Observations During the Last Decade and Potential Impact on ITRF Scale
- Co-Seismic Deformations Impact on Geodetic Time Series and Reference Frame Determination
- Ids and ITRF2013: Contribution and Evaluation
- Inverting Glacial Isostatic Adjustment beyond linear viscoelasticity using Burgers rheology
- Joint Analysis of GOCE Gravity Gradients Data with Seismological and Geodynamic Observations to Infer Mantle Properties
- Multi-Technique Combination of Space Geodesy Observations
- Quantifying and Projecting Relative Sea-Level Rise At The Regional Scale: The Bangladesh Sea-Level Project (BanD-AID)
- Results and Analysis of ITRF2013
- Sources Separations in Geodetic Time Series: Synthetic Tests and Results
- The IGS contribution to ITRF2013
- Viscoelastic Deformation Due to Sediment Loading in the Ganges-Brahmaputra Delta and in the Bay of Bengal.
- Which Orbit for the GRASP Mission ?
- Avoiding negative value with three cornered hat method, with application to Polar Motion data
- Combining GNSS and SLR Measurements Using the Space Tie: Effects on Terrestrial Reference Frame Origin and Scale
- Direct Measurement of Daily Evapotranspiration From a Deciduous Forest Using a Superconducting Gravimeter
- Error Analysis of the IGS repro2 Station Position Time Series
- GRGS Numerical Simulations for GRASP Mission
- Global Reference Frame Realization on National Level Based on the Integration of National CORS Networks
- ITRF2014 vertical velocities: the impact of climate changes
- ITRF2014: Main Results
- Imaging mantle structures in the Mediterranean zone using geoid data
- Independent Assessment of ITRF Site Velocities using GPS Imaging
- Inverting Glacial Isostatic Adjustment with Paleo Sea Level Records using Bayesian Framework and Burgers Rheology
- Mantle Dynamics and Lithosphere-Asthenosphere Interaction in the South Atlantic from Space Gravity Data
- Maximum Likelihood Estimation of Variance Components: New Theoretical Developments
- Multi-technique Combination of Space Geodesy Observations
- Tide-induced Flexure of an Antarctic Ice-Shelf as seen by a Coupled Seismic-GPS Instrument
- Validating crustal velocities derived from the IDS contribution to ITRF201
- Autoregressive Processes in Homogenization of GNSS Tropospheric Data
- COST Action ES1206: Advanced GNSS Tropospheric Products forMonitoring Severe Weather Events and Climate (GNSS4SWEC)
- DPOD2014: a new DORIS extension of ITRF2014 for Precise Orbit Determination
- Estimation of a Plate Motion Model From the ITRF2014 Horizontal Velocity Field
- Global Trends and Variability in Integrated Water Vapor from Ground-Based GPS Data and Climate Models
- IGS14/igs14.atx: a new Framework for the IGS Products
- ITRF2014 GNSS vertical velocities, geocenter motions and ellipticity time variations.
- Improved GNSS processing and screening for ZTD monitoring in national network
- Mean Effect of the Albedo of the Earth on Artificial Satellite Trajectories: an Update Over 2000-2015.
- The International DORIS Service: Current Status and Future Plans
- Total Column Water Vapor Trends from 15 Years of MODIS/NIR above the Arctic
- A New Model of the Mean Albedo of the Earth: Estimation and Validation from the GRACE Mission and SLR Satellites.
- Analysis of the DORIS, GNSS, SLR, VLBI and gravimetric time series at the GGOS core sites
- Combination of the seasonal displacement parameters estimated in the ITRF2014 processing
- Deep structure of the Tristan-Gough plume revealed by geoid anomalies
- Flicker Noise in GNSS Station Position Time Series: How much is due to Crustal Loading Deformations?
- GEOdetic Data assimilation and EStimation of references for climate change InvEstigation. An overall presentation of the French GEODESIE project
- Global seasonal strain and stress models derived from GRACE loading, and their impact on seismicity
- On-Orbit Gradiometry with the scientific instrument of the French Space Mission MICROSCOPE
- Reference Frame Representations: The ITRF From the User Perspective
- Surface Deformation Induced by Annual Loads and Kinetics of Mantle Phase Transformations
- The Current Status and Future of GNSS-Meteorology in Europe
- An exploration of a global terrestrial reference frame combination that incorporates constraints from atmospheric structure: Implication for future ITRF realizations
- Assessment of Water Vapor Trends and Variability in Global Atmospheric Reanalyses using Ground-Based GNSS Observations
- DORIS and the International DORIS Service: Current status and Planned Evolution
- Identification and Extraction of Seasonal Geodetic Signals Due to Surface Load Variations
- Impact of loading and thermoelastic deformation on estimates of non-linear geocenter motion derived from GNSS and SLR observations
- On-Orbit Gradiometry results with the scientific instrument of the French Space Mission MICROSCOPE
- Roadmap toward ITRF2020
- The GEODESIE Project: Overall Presentation and First Results.
- One Hundred Years of Geodesy: the Evolution of the Terrestrial Reference Frame
- GGOS Bureau of Networks and Observations: Network Infrastructure and Related Activities
- Toward ITRF2020: Enhancing the Modelling of Nonlinear Station Motions
- AI4GEO: Toward a Earth Digital Twin to Handle Urban and Peri-Urban Challenges
- ITRF2020: From Data Analysis to Results
- Comparison of ITRF2020 residual displacements with environmental loading models
- ITRF2020 Station Position Kinematic Model