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An analysis of the Cloudnet data set collected at Leipzig, Germany, withspecial focus on mixed-phase layered clouds is presented. We derive liquid- and ice-water content together with vertical motions of ice particles fallingthrough cloud base. The ice mass flux is calculated by combining measurementsof ice-water content and particle Doppler velocity. The efficiencyof heterogeneous ice formation and its impact on cloud lifetime is estimatedfor different cloud-top temperatures by relating the ice mass flux and theliquid-water content at cloud top. Cloud radar measurements of polarizationand Doppler velocity indicate that ice crystals formed in mixed-phasecloud layers with a geometrical thickness of less than 350 m are mostlypristine when they fall out of the cloud

Measuring ice- and liquid-water properties in mixed-phase cloud layers at the Leipzig Cloudnet station