Maldives / Germany / Sweden / New Zealand / Norway / Belgium / France / United Kingdom / Spain / /
Currency
pence / USD / /
Facility
Neumayer Station / University of Leeds / Swedish Institute of Space Physics / Norwegian Institute / Belgian Institute / University of Cambridge / University of Heidelberg / University of Bremen / Institute of Environmental Physics / National Institute of Water / /
IndustryTerm
natural product / tropical site / midlatitude site / abundant bromine source gas / chemical model / trace gas fluxes / 3D chemical transport model / observational network / bromine source gas / chemical transport model / analysis software tools / satellite instrument / important bromine source gas / /
NaturalFeature
Arrival Heights / Antarctica Arrival Heights / /
Organization
University of Heidelberg / Belgian Institute for Space Aeronomy / Centre for Atmospheric Science / Swedish Institute of Space Physics / University of Leeds / Norwegian Institute for Air Research / Observatoire de Haute-Provence / American Geophysical Union / University of Cambridge / World Meteorological Organization / National Institute of Water and Atmospheric Research / University of Bremen / School of the Environment / Institute of Environmental Physics / /
Person
Van Roozendael / /
Position
Prime Minister / modeled AM/PM / PM Model AM Model PM / reversed AM/PM / AM/PM / representative / /
Product
Bremen / /
ProvinceOrState
Hawaii / /
PublishedMedium
Atmospheric Research / JOURNAL OF GEOPHYSICAL RESEARCH / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 107, NO. D19, 4398, doi:[removed]2001JD000940, 2002 Comparison of measurements and model calculations of stratospheric bromine monoxide B.-M. Sinnhuber,1,10 D. W. Arlander,2 H. Boven