• To quantify impact of WA emissions on global tropospheric composition, oxidising capacity, stratospheric composition and climate on seasonal & inter-annual timescales • To quantify role of deep convection on the chemical composition of the FT, UTLS • etc….. Strategy: • Global modelling - LMDz-INCA (SA), MIMOSA (SA), MOCAGE (CNRM), LOA, LA (TM4, RegCM), TM5 (KNMI), TOMCAT (UCAM) • Regional modelling - BOLAM, Meso-NH, CHIMERE…. • Data analysis - satellite (MOPITT, IASI, CALIPSO, MODIS), MOZAIC, ozonesondes, aircraft & balloon data (Lagrangian modelling) AMMA Chemical Modelling Activities (some of them…) CNRS-IPSL, CNRS-LA, KNMI, CNRM, UCAM, CNR, LISA
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To quantify impact of WA emissions on global tropospheric composition, oxidising capacity, stratospheric composition and climate on seasonal & inter-annual.
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• To quantify impact of WA emissions on global tropospheric composition, oxidising capacity, stratospheric composition and climate on seasonal & inter-annual timescales
• To quantify role of deep convection on the chemical composition of the FT, UTLS
• etc…..
Strategy:• Global modelling - LMDz-INCA (SA), MIMOSA (SA), MOCAGE (CNRM), LOA, LA (TM4, RegCM), TM5 (KNMI), TOMCAT (UCAM)
• Regional modelling - BOLAM, Meso-NH, CHIMERE….
• Data analysis - satellite (MOPITT, IASI, CALIPSO, MODIS), MOZAIC, ozonesondes, aircraft & balloon data (Lagrangian modelling)
AMMA Chemical Modelling Activities (some of them…) CNRS-IPSL, CNRS-LA, KNMI, CNRM, UCAM, CNR, LISA
- Aircraft (and other) data analysis using mesoscale & global models(convection, long-range transport, lightning, surface emissions - BB, soils, vegetation, ….)
- Models used to calculate budgets/fluxes - major limitation is treatment of deep convection - need to evaluate param. Schemes(led by dynamicists - AMMA MIP: http://amma-mip.lmd.jussieu.fr)