Field campaign evaluates the effects of ice and liquid hydrometeors on lidar measurements in winter storms, suggesting improved understanding of cloud properties.
Ice production and growth in mixed-phase clouds give a complicated picture of the radiative and mass characteristics due to the heterogeneity of particle shapes and sizes. Collocated airborne lidar and microphysics datasets from a recent winter storm field study are used to evaluate the effect of ice and liquid hydrometeors, observed in situ, on the multiple-wavelength backscatter coefficient values measured by the NASA Cloud Physics Lidar over the course of three winter deployments in the Midwest and Northeast United States.
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Finlon et al. (2026) studied this question.
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