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Document Date: 2008-11-10 07:16:53Open Document File Size: 1,05 MBShare Result on FacebookCityBruxelles / New York / Paris / Varrault Ground / Brussels / Waterloo / /CompanyContents Task Group / Aura/MLS CO / Cambridge University Press / D. Hauglustaine S. A. / Jörg Steinwagner 147 Task Group / /CountryBelgium / France / United States / Tanzania / United Kingdom / /EventEnvironmental Issue / /FacilityGreenhouse Gases / University of Waterloo / /IndustryTermsatellite mission / climate applications / interesting new products / infrared satellite / line-by-line retrieval algorithm / Operational trace gas retrieval algorithm / satellite instruments / satellite data / chemical composition / chemical and dynamical processes / near real-time mode / important anthropogenic greenhouse gas / gas measurements / on investigating the chemical and dynamical processes / /NaturalFeatureEast coast / /OrganizationCambridge University / Institut Pierre-Simon / IASI/MetOp mission / University of Waterloo / Department of Chemistry / /PersonSébastien Massart / Philippe Ricaud / Thomas von Clarmann / David Moore / Céline Mari / Jean-Luc Attié / G. Raga / Gabriele P. Stiller / Vincent-Henri Peuch / J. Nganga / R. Prinn / R. Van Dorland / Vijay Kanawade / Andrea Linden / Andréa Piacentini Retrieval / G. Myhre / M. Schulz / Norbert Glatthor / Eric Leflochmoën / Jean-Pierre Cammas / Valérie Thouret / Robert Parker / Nicolas Bousserez / Manuel López-Puertas / Mathias Milz / Bernd Funke / /ProvinceOrStateColorado / Ontario / /PublishedMediumJournal of Geophysical Research / /RegionAntarctic / East coast of Tanzania / /Technologyradiation / Remote Sensing / Operational trace gas retrieval algorithm / ATM / level 2 processor / Neural Network / Spectroscopy / simulation / line-by-line retrieval algorithm / /SocialTag |