Germany / Belgium / France / Greenland / Venezuela / United Kingdom / / /
Event
Environmental Issue / /
Facility
Klaus F. Künzi Institute of Environmental Physics / Institute of Meteorology / NDSC station / Alfred-Wegener Institute / University of Leeds / University of Bordeaux / University of Bremen / Gerhard Kopp Institute of Meteorology / Danish Meteorological Institute / Ph.D. Thesis University of Bremen / station of NDSC / Institute of Environmental Physics / station Bremen / /
IndustryTerm
trace gas / chosen site / satellite instruments / altitude site / satellite sensors / satellite overpasses / Sensor technology / chemical ozone loss / thermal energy / excellent infrastructure / altitude equatorial site / stratospheric trace gas profiles / /
NaturalFeature
Andes / /
Organization
Klaus F. Künzi Institute of Environmental Physics / Alfred-Wegener Institute for Polar / Gerhard Kopp Institute of Meteorology and Climate Research / Universidad de los Andes / European Commission / US National Science Foundation / University of Bremen / National Aeronautics and Space Administration / University of Leeds / Institute of Meteorology and Climate Reasearch / University of Bordeaux / Danish Meteorological Institute / Institute of Environmental Physics / /
Person
Ulf Klein / Kai Lindner / Jens Langer / Hermann Berg / Martin Sinnhuber / Roland Ruhnke / Gerhard Kopp / Ingo Wohltmann / H. Bovensmann / V / Michael Hoock / /
THE VALIDATION OF SCIAMACHY PRODUCTS BY GROUND-BASED MILLIMETRE-WAVE OBSERVATIONS Michael Hoock, Kai Lindner, Ingo Wohltmann, Klaus F. Künzi Institute of Environmental Physics (IUP) University of Bremen, PO Box[removed],