SAGE / CH4 and CO / Russell / Wilson / McCormick / Aquila / Grainger / /
Country
Germany / Oman / New Zealand / Chile / United States / Australia / United Kingdom / Philippines / / /
Event
Natural Disaster / Environmental Issue / Business Partnership / /
Facility
University of Reading / NASA Langley Research Center / University of Cambridge / Institute of Water / IMK-ASF Karlsruhe Institute of Technology / University of Bremen / University of Wyoming / SO2 building / Hall et al. / /
IndustryTerm
stratospheric aerosol precursor gas phase species / gas phase sulfur species / chemical and microphysical processes / chemical integration package / chemical species / online photolysis / e-folding / Heterogeneous chemical reactions / Satellite measurements / gas-to-particle transfer / satellite data / infrared satellite measurements / satellite observations / tropical gas phase / satellite data sets / ambient gas phase / gas phase / gas phase partial pressure / calculated using the FAST-JX online photolysis / /
NaturalFeature
Mt Agung / Mount Hudson / Mt. Pinatubo / Krakatoa / Mt Pinatubo / Mount Pinatubo / Mt St Helen / /
Organization
European Geosciences Union / National Centre for Atmospheric Science / Atmospheric Research / National Oceanic and Atmospheric Administration / University of Reading / University of Leeds / School of Earth and Environment / Institute of Water and Atmospheric Research / Department of Chemistry / University of Wyoming / United Nations / University of Cambridge / Institute of Technology / University of Bremen / NASA Langley Research Center / Department of Meteorology / Met Office / /
Person
Timmreck / Mancini / /
Position
ECHAM4 climate model / representative / model / which used fixed OH concentrations / /
Atmos. Chem. Phys., 14, 11221–11246, 2014 www.atmos-chem-phys.net[removed]doi:[removed]acp[removed] © Author(s[removed]CC Attribution 3.0 License. Aerosol microphysics simulations of the Mt. Pinatubo erupti