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Paris (SPX) Feb 26, 2006 The directors general of ESA and EUMETSAT signed an updated agreement last week to launch the Meteorological Operational satellite, or MetOp, Europe�s first polar-orbiting satellite dedicated to weather and climate monitoring. Jean-Jacques Dordain of ESA and Lars Prahm of EUMETSAT signed the updated document, which extended a cooperative agreement for the MetOp program that began in 1999. MetOp-A is intended to provide data services to improve weather forecasts and conduct climate monitoring. ESA will develop the space segment of the mission, and EUMETSAT will handle overall operations, including launch services. The spacecraft is scheduled to lift off from Baikonur Cosmodrome in Kazakhstan via a Russian Soyuz rocket on June 30. EUMETSAT will own MetOp-A after liftoff, and will grant ESA access in space research and technology, including scientific and applications research, study contracts and instrument development. The overall EUMETSAT Polar System program includes a series of three MetOp satellites, each with a nominal life in orbit of five years, to be launched sequentially over 14 years. MetOp-A will be armed with a new generation of European instruments and a set of heritage instruments supplied by the United States. The new European instruments - provided by ESA, the Centre National d'Etudes Spatiales (CNES) and EUMETSAT - will augment the accuracy of temperature and humidity measurements, wind speed and wind direction over the ocean measurements and profiles of ozone in the atmosphere. The ESA MetOp program is funded by twelve countries, including Austria, Belgium, Denmark, Finland, France, Germany, the Netherlands, Norway, Spain, Sweden, Switzerland and the United Kingdom. The total cost of the overall system - including the three satellites, launchers and ground segment and operations - is 2.4 billion euro (about $2.85 billion). Related Links ESA
![]() ![]() Researchers at Duke University's Pratt School of Engineering have captured the best images ever produced of "sprites" -- mysterious flashes of light resembling giant undulating jellyfish that can occur above strong thunderstorms -- using a high-speed camera that recorded thousands of video frames a second. |
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