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significant variations in the relative concentrations of sea salt and anthropogenic aerosols over the CIO before, during, and after peak convective activity associated with the October and November MJO episodes (2011). Fine-mode, anthropogenic pollutants were found to be abundant in the time leading up to MJO onset before being washed out as the heavy rain associated with active MJO convection developed. In the wake of active MJO convection, sea salt aerosols were shown to increase during westerly wind
significant variations in the relative concentrations of sea salt and anthropogenic aerosols over the CIO before, during, and after peak convective activity associated with the October and November MJO episodes (2011). Fine-mode, anthropogenic pollutants were found to be abundant in the time leading up to MJO onset before being washed out as the heavy rain associated with active MJO convection developed. In the wake of active MJO convection, sea salt aerosols were shown to increase during westerly wind
