MetOp / World Scientific / Final Report Task Group / H. / Aerosols 46 AT2 Final Report Contents Task Group / /
Continent
Europe / /
Country
Russia / United States / Portugal / Singapore / Spain / /
Event
Environmental Issue / /
Facility
University of Bremen P.O. Box / University of Bremen / John P. Burrows Institute of Environmental Physics / /
IndustryTerm
automatic differentiation tool / chemical transport model / satellite data / date chemical state / forward operator / satellite retrieval algorithms / near real-time availability / satellite-based aerosol measurements / satellite observations / cloud / satellite profiles / observation operator / assimilation algorithm / type-resolving satellite aerosol retrieval method / satellite measurements / /
NaturalFeature
Po Valley / /
Organization
John P. Burrows Institute of Environmental Physics / German Science Foundation / German Research Foundation / University of Bremen / /
Person
Stelios Kazantzis / Tilman Dinter / Larisa Sogacheva / Stephan Bojinski / Yasmine Bennouna / Luca Ferrero / Johannes Keller / Alexander A. Kokhanovsky / John P. Burrows Retrieval / Alexander A. Kokhanovsky / V / André S. H. Prevot Retrieval / Gerrit de Leeuw / Günter Rohen / L.G. Istomina / Alessandra Cacciari / Thomas Holzer-Popp Deutsches / Walter Di Nicolantonio / Wolfgang von Hoyningen-Huene / /
Region
northern Europe / eastern US / northern Russia / eastern Europe / /
Troposat-2 The Remote Sensing of Atmospheric Constituents from Space ACCENT-TROPOSAT-2 (AT2): An ACCENT Integration Task The Remote Sensing of Tropospheric Constituents from Space