Alfred Wegener Institute / Swedish Institute / University of Bremen / Klaus K¨unzi Institute of Environmental Physics / Germany Otto Schrems Alfred Wegener Institute / Institute of Environmental Physics / /
IndustryTerm
chemical ozone depletion rates / chemical loss rates / satellite data / chemical ozone loss evolution / dry air gas constant / satellite-borne instruments / estimated overall chemical ozone loss / chemical loss / substantial chemical ozone loss / chemical ozone loss / usual gas-phase chemistry / chemical ozone loss rates / chemical ozone depletion / /
Organization
American Geophysical Union / Germany Otto Schrems Alfred Wegener Institute for Polar Research / Alfred Wegener Institute for Polar Research / United Nations / World Meteorological Organization / European Centre for Medium Range Weather Forecast / National Center for Environmental Prediction / European Commission / University of Bremen / Swedish Institute for Space Physics / Raffalski / 1 and Klaus K¨unzi Institute of Environmental Physics / Institute of Environmental Physics / /
Person
M. Weber / V / Uwe Raffalski / Russell III / Ulf Klein / H. Nakane / V / Jens Langer / Keith P. Shine / Martin Sinnhuber / Alfred Wegener Insitute / R. Fabian / V / Catalytic / Lary / V. Dorokhov / V / /
Position
Bremen Atmospheric Photochemical Model / D. J. / radiation model for cooling rate calculations / /
Product
Bremen / /
PublishedMedium
Polar Research / GEOPHYSICAL RESEARCH LETTERS / Aquila / /
GEOPHYSICAL RESEARCH LETTERS, VOL. 25, NO. 17, PAGES[removed], SEPTEMBER 1, 1998 Ground based millimeter-wave observations of Arctic ozone depletion during winter and spring of[removed]Bj¨orn-Martin Sinnhuber, Jens La