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TC genesis to take place. Tropical waves can also interact with the prominent diurnal variability over the MC and SCS. In MJO events, the mean and diurnal amplitude of land precipitations over the MC are enhanced 6 days ahead of the MJO convection envelope, while the precipitation over the coastal ocean is largely suppressed ( Peatman et al. 2014 ; Birch et al. 2016 ; Hung and Sui 2018 ). Baranowski et al. (2016b) tracked the KW events passing MC using satellite observations to identify the
TC genesis to take place. Tropical waves can also interact with the prominent diurnal variability over the MC and SCS. In MJO events, the mean and diurnal amplitude of land precipitations over the MC are enhanced 6 days ahead of the MJO convection envelope, while the precipitation over the coastal ocean is largely suppressed ( Peatman et al. 2014 ; Birch et al. 2016 ; Hung and Sui 2018 ). Baranowski et al. (2016b) tracked the KW events passing MC using satellite observations to identify the
important for understanding the role of moist convection in climate in general, and particularly as it relates to the MJO. Fig . 1. Pentad OLR anomalies for the simulated MJO event based on OMI, reconstructed using the OMI principal components for each pentad. The anomalies shown are only for the 20–96-day anomalies represented by OMI and therefore do not directly consider the mesoscale convective structure of the MJO. Positive (negative) OLR anomalies correspond to suppressed (enhanced) convection
important for understanding the role of moist convection in climate in general, and particularly as it relates to the MJO. Fig . 1. Pentad OLR anomalies for the simulated MJO event based on OMI, reconstructed using the OMI principal components for each pentad. The anomalies shown are only for the 20–96-day anomalies represented by OMI and therefore do not directly consider the mesoscale convective structure of the MJO. Positive (negative) OLR anomalies correspond to suppressed (enhanced) convection
