DGFI-TUM - Projects

Deutsches Geodätisches Forschungsinstitut (DGFI-TUM)

Fakultät für Luftfahrt, Raumfahrt und Geodäsie

Technische Universität München

Externally funded projects

Reference Systems

DIGERATI		Direct Geocentric Realisation of the American reference frame by combination of geodetic observation Techniques (DFG)
ESA-EOP		Independent generation of Earth Orientation Parameters (ESA)
CIEROT		Combination of geodetic space observations for estimating cryospheric mass changes and their impact on Earth rotation (DFG)
Reference Systems (PN5)		Consistent celestial and terrestrial reference frames by improved modeling and combination (DFG)
Reference Systems (PN6)		Consistent dynamic satellite reference frames and terrestrial geodetic datum parameters (DFG)

Satellite Altimetry

NEG-OCEAN		Variations in ocean currents, sea-ice concentration, and sea surface temperature along the North-East coast of Greenland (DFG)
SSCCI		Sea State Climate Change Initiative (ESA)
SLCCI		Sea Level Climate Change Initiative (ESA)
WALESA		Refined estimates of absolute water levels for inland waters from multi-mission satellite altimetry (DFG)

Atmosphere

AUDITOR		Advanced Multi-Constellation EGNSS Augmentation and Monitoring Network and its Application in Precision Agriculture (EU Horizon2020)
INSIGHT		Interactions of Low-orbiting Satellites with the Surrounding Ionosphere and Thermosphere (DFG)
OPTIMAP		Operational Tool for Ionospheric Mapping And Prediction (ZGeoBW)
TIK		Operational prototype for the determination of the thermonspheric density on the basis of a coupled thermosphere-ionosphere model (BMWi/DLR)

Regional Gravity Field

Optimally combined regional geoid models for the realization of height systems in developing countries (DFG)

Recently finished projects

ADAPIO		Development of a novel adaptive model to represent global ionosphere information from combining space geodetic measurement systems (DLR)
Clivar-HYDRO		Signals of Climate Variability in Continental Hydrology from Multi-Sensor Space and In-situ Observations and Hydrological Modeling (IGSSE)
Earth Rotation (P6)		Integration of Earth rotation, gravity field and geometry using geodetic space techniques (DFG)
RegGrav II		Determination of high resolution regional geoid models (ZGeoBW)
REWAP		Monitoring and Prediction of Regional Water Availability for Agricultural Production under the Influence of Climate Anomalies and Weather Extremes (IGSSE)
UHR-GravDat		Consistent Estimate of Ultra-High Resolution Earth Surface Gravity Data (DFG)
WLDYN		Assessing the spatiotemporal dynamics of water volumes in large wetlands and lakes by combining remote sensing with macro-scale hydrological modelling (DFG)

Deutsches Geodätisches Forschungsinstitut

Prof. Dr.-Ing. habil. Florian Seitz

Technische Universität München
Arcisstraße 21
80333 München

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