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Flight data measured in warm convective clouds near Istanbul in June 2008were used to investigate the relative dispersion of cloud droplet sizedistribution. The relative dispersion (ϵ), defined as the ratiobetween the standard deviation (σ) of the cloud droplet sizedistribution and cloud droplet average radius (⟨r⟩), isa key factor in regional and global models. The relationship between ε andthe clouds' microphysical and thermodynamic characteristics is examined. Theresults show that ε is constrained with average values in the range of~0.25–0.35. ε is shown not to be correlated with cloud dropletconcentration or liquid water content (LWC). However, ε  variance is shown to be sensitive todroplet concentration and LWC, suggesting smallervariability of ϵ in the clouds' most adiabatic regions. Acriterion for use of in situ airborne measurement data for calculations ofstatistical moments (used in bulk microphysical schemes), based on theevaluation of ϵ, is suggested

The relative dispersion of cloud droplets: its robustness with respect to key cloud properties