Munich University of Technology, Institute for Astronomical and Physical Geodesy

    flowchart
    I[Munich University of Technology, Institute for Astronomical and Physical Geodesy]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (55)"]
    CA["Linked Collaborating Authors (0)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A11479

Abbreviation [?]

Inst Ast Phy Geod

Parent Institutions [?]

• Munich University of Technology, Germany

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• Integrated Sensor Analysis for GRACE
• Consistent Long-Time Series of GPS Satellite Antenna Phase Center Corrections
• First LEO Satellite Constellation Based on GPS
• The GOCE Science Data Processing Facility
• Precise Orbit Determination for FORMOSAT-3/COSMIC and Gravity Application
• Modelling Individual Sources Of Mass Distribution And Transport In The Earth System By Means Of Satellites
• GOCE: Status Shortly After Launch
• Impact of Different Modeling on Long-Time Series of Reprocessed Troposphere Zenith Delays
• On the Geoid-Quasigeoid Separation in Mountain Areas
• Realization of the Terrestrial Reference System by global GPS observations
• Simulation Study to Monitor and Model Individual Sources of Mass Distribution and Transport in the Earth System by Means of Satellites
• Combining the Observations from Different GNSS (Invited)
• Impact of Albedo Modeling on GNSS Satellite Orbits and Geodetic Time Series
• Combined Global Gravity Field Models from Space-Based and Ground-Based Data
• Extending the GPS satellite antenna patterns of the IGS to nadir angles beyond 14° using LEO data
• GOCE Science Orbits and their Application to Gravity Field Recovery
• Global Gravity Field Determination from terrestrial Data
• Global gravity field models from GOCE applying the time-wise method (Invited)
• Improved GOCE Gradiometer Processing - Wiener-Method for Angular Rate Determination
• Uncertainty estimation of the velocity model for stations of the TrigNet GPS network
• Validation of GOCE Gravity Field Models by Means of Geoid Comparisons and Orbit Fits
• Clock modeling for GNSS applications
• Combined global satellite-only gravity field models and their use for modelling ocean circulation
• Combining terrestrial and LEO data to extend the GPS satellite antenna patterns to nadir angles beyond 14°
• Comparison of the reduced dynamical orbit parametrization and precise non-conservative orbit force modeling for DORIS satellites
• Evaluation of the Vienna APL corrections using reprocessed GNSS series
• Global Gravity Field Determination by Combination of terrestrial and Satellite Gravity Data
• Global height unification with GOCE and the role of datum induced biases in terrestrial gravity anomalies
• IONOTOMO: A new approach for ionospheric tomography using OTH radar
• Integrated Modeling of Satellite Gravity data of Active Plate Margins - Bridging the Gap between Geodesy and Geophysics
• Optimal repeat cycles for gravity field satellite missions regarding ocean tide aliasing
• Release 3 of the GOCE-only Gravity Field Model Applying the Time-wise Method
• Scientific Assessment of a Next Generation Gravity Mission
• Solar Radiation Pressure and Attitude Modeling of GNSS Satellites
• The Third Release of Goce Gravity Field Models - Overview and Performance Analysis
• Twangs: Eddy-Currents in Accelerometer due to Charge Redistributions caused by induced Photo-Currents?
• Unexpected signals and errors in GRACE observations
• How attractive is our planet?
• Impact of code and phase biases and clock modelling on ambiguity resolution
• Troposphere zenith delays and gradients from VLBI, GNSS, DORIS, water vapor radiometer, and numerical weather models during continuous VLBI campaigns
• Determination of F2 Chapman key parameters from GPS based measurement techniques
• Dynamic ocean topography at the coast: Using satellite geodesy to resolve the conflict between ocean models and tide gauges connected by leveling. (Invited)
• Estimating the elastic thickness T_e of the lithosphere from GOCE data (Invited)
• Evaluation of GOCE satellite gravimetry using BGI ground gravity observations over Africa, Asia and South America
• How accurately do we know interannual variations of surface mass balance and firn volume in Antarctica?
• Ice Mass Changes in West Antarctica from Satellite Gravimetry: GOCE Adds Spatial Resolution to GRACE
• Impact of Lateral Variations in Antarcatic Lithosphere Structure on Glacial Isostatic Adjustment
• Next Generation Satellite Gravimetry Mission Study (NGGM-D)
• Optimal orbits for double pair low-low SST formations regarding temporal aliasing
• Quality assessment of Galileo Orbit and Clock Products of the IGS Multi-GNSS Experiment (MGEX)
• Results from the ESA-funded project 'Height System Unification with GOCE'
• The impact of gravity field modelling on GNSS orbits and on station coordinates
• Towards the Full Exploitation of Satellite Gravimetry for Ice Mass Balance and Glacial Isostatic Adjustment in Antarctica
• High-resolution combined global gravity field modelling - The d/o 5,400 XGM2020 model
• Relative gravimetry in alpine permafrost-affected tunnel: a first attempt to reveal changes in hydrostatic pressure.

Linked Collaborating Authors [?]