The EUMETSAT Contribution
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EUMETSAT is uniquely equipped to support the global effort of meeting the challenge posed by climate change.
Already, the EUMETSAT network offers a range of data, products and infrastructure in support of climate monitoring:
- data and products from current satellite programmes, such as
current satellite programmes, such as
Meteosat, the
EUMETSAT Polar System and
Jason/OSTM. Activities are already underway to ensure the future of climate-relevant satellite observations with Meteosat Third Generation (MTG) and the next generation EUMETSAT Polar System. In addition, various instruments embarked on EUMETSAT satellites deliver observations that play a vital role for the better understanding of climate processes.

Meteosat satellites have been delivering climate-relevant parameters like sea surface temperatures and surface albedo since 1977.
EUMETSAT currently operates geostationary satellites of the Meteosat
first and
second generation. The second generation Meteosat-8 and -9 satellites over the equator have much higher capabilities with temporal repeat cycles and twelve spectral bands, compared to only three spectral bands for the first generation Meteosat-6 and -7 over the Indian Ocean.

The newly designed Instruments on board EUMETSAT’s
Metop polar-orbiting satellites already support climate monitoring and research activities through the continuation of observation series started in the early 1990s. Once Metop satellites have been in orbit long enough to provide the required long-term data sets, the data and products from polar orbit will provide an even more significant contribution to climate monitoring activities.

The
Jason-2 Ocean Surface Topography Mission, launched in 2008, provides continuity in monitoring sea-level rise, a critical parameter of global climate change. Jason-2 and its follow-on satellites, starting with Jason-3, will continue the measurement of rising sea levels carried out by Jason-1 and TOPEX/Poseidon over the last 15 years.
- EUMETSAT’s
Application Ground Segment
which includes the organisation’s Central Application Facilities in Darmstadt and its network of SAFs, centres of expertise located in its Member States, continuously generates, on an operational basis, data and products of climate-relevant parameters which are stored by EUMETSAT’s
Data Centre, dating back to 1981.
- In addition EUMETSAT maintains partnerships with other operational agencies and organisations like WMO, the Global Climate Observing System (GCOS) and other operators and agencies which help optimise the capability to monitor the climate in a sustainable and global manner.
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| The EUMETSAT contribution – the next decades |
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EUMETSAT’S SPECIAL CAPABILITIES IN THE AREA OF LONG-TERM PLANNING FOR FUTURE SATELLITE PROGRAMMES AND THEIR SUPPORTING GROUND STRUCTURE – INCLUDING THE FUTURE ACTIVITIES OF THE SAF NETWORK – HAVE THE POTENTIAL TO PROVIDE A MAJOR CONTRIBUTION TO FUTURE CLIMATE MONITORING NEEDS
Given the immense nature of the global climate challenge, monitoring efforts will have to be increased in response. EUMETSAT is responsible for the planning, development and operation of operational European meteorological satellite systems, taking into account the climate-specific requirements of these planning processes for future satellite programmes as well as their supporting ground structure – including the future activities of the SAF network. These tasks are a major contribution of EUMETSAT in support of climate monitoring needs which are already reflected in the definition of the forthcoming
EUMETSAT MTG and
second generation EUMETSAT Polar System (EPS) programmes.
Another major climate requirement concerns satellite sensors, where there is a need to ensure continuity of legacy data records.
- Meteosat imagery, Advanced Very High Resolution Radiometer, Advanced Television Infrared Observation Satellite (TIROS) Operational Vertical Sounder (ATOVS) and others
- the calibration, characterisation and stability of the sensors and all related requirements for processing Climate Data Records, both fundamental and thematic.
The future of EUMETSAT activities relating to climate monitoring, in particular the generation of Climate Data Records, is currently evolving in the context of an overall Implementation plan.
Activities are scheduled to unfold in two phases, starting with the 2010-2017 timeframe.
During this period, EUMETSAT will identify a suitable portfolio of data products and activities, including for example the generation of FCDR based on Meteosat as well as the preparation for FCDR generation from Metop sensors.
Subsequently, these activities must be consolidated and sustained. In this phase, EUMETSAT will also prepare for the optimal use of MTG data in climate-related areas.
Finally, this period will correspond to the implementation of the second Continuous Development and Operations Phase of the
SAF network (CDOP-2), thus ensuring optimal coordination within EUMETSAT on climate-related issues and enabling the mobilisation of dedicated financial resources to support these activities.
The second phase is expected to start after 2017, when the operational phase of new EUMETSAT mandatory programmes (MTG and next generation EPS) begin. Moreover, the organisation will be in a position to generate long-term data sets covering more than 30 years of observations. At this time, the objective is to have a portfolio of sustained climate-related activities in EUMETSAT with their corresponding funding arrangements.
An important component of EUMETSAT’s response to the global challenge of climate change will be to reinforce and further extend the dialogue with the end users of climate data.