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BackgroundThree years after the first workshop, as the Gravity
Field and Steady-state Ocean Circulation Explorer (GOCE)
mission is nearing its launch, the European Space Agency (ESA) organised its
third International GOCE User Workshop at ESA-ESRIN,
Frascati, Italy from 6 to 8 November 2006.
ObjectivesThis workshop provided a forum for presenting progress on
the development of:
- Satellite and its payload
- Ground Segment up to level 1
- Level 1-2 Data Processing
- Level 3 Data Product developments
- GOCE Data Exploitation preparations
- GOCE National and EC project Activities
Information will also be
provided on the current technical and programmatic status of the GOCE Project.
Participation
The Workshop was open to all scientists with an interest in
exploiting GOCE gravity data products. Preparations are underway
in the international scientific community for exploitation of GOCE gravity
data along with other geodetic and oceanographic data sources. Resulting
high-precision geoid data are expected to have an impact in Oceanography,
Solid-Earth Physics, Geodesy, Glaciology and Climate change research. The
goal of the GOCE mission is to deliver a high-precision and high resolution
global gravity field model, as well as global gridded geoid heights and
gravity anomalies to the scientific community. ESA is presently coordinating
efforts to produce validated high-resolution gravity and geoid models.
Various groups and consortia throughout Europe have also expressed an interest
in development of either level 2 or 3 products, and in pursuing GOCE-related
research.
In particular, this workshop focused on the oceanographic
applications, such as absolute dynamic topography, of GOCE data in
conjunction with other space-borne data, such as radar altimetry, and in-situ
data and models. Oceanographers were encouraged to submit papers on the
envisaged use of GOCE data, Contributions to the processing and validation
of the GOCE data were also encouraged. This workshop provided an opportunity
to publicise these higher level data processing and geophysical validation
plans, as well as to coordinate such activities.
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