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2007•Unpublished venueRequires access

Dynamics and Microphysics in Marine Stratocumulus

Bart Geerts, David A. Leon

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Abstract

Abstract : The Dynamics and Microphysics in Marine Stratocumulus (DMIMS) project encompasses two distinct overarching goals: (1) Examination of the structure and forcing of a Coastally Trapped Wind Reversal (CTWR) and (2) Examination of the role of mesoscale organization in marine stratocumulus and the interplay between cloud-microphysical processes, specifically the production and evaporation of drizzle, mesoscale circulations within the boundary layer, and spatial variability in cloud properties.

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What this paper is about

Abstract : The Dynamics and Microphysics in Marine Stratocumulus (DMIMS) project encompasses two distinct overarching goals: (1) Examination of the structure and forcing of a Coastally Trapped Wind Reversal (CTWR) and (2) Examination of the role of mesoscale organization in marine stratocumulus and the interplay between cloud-microphysical processes, specifically the production and evaporation of drizzle, mesoscale circulations within the boundary layer, and spatial variability in cloud properties.

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Available abstract

Abstract : The Dynamics and Microphysics in Marine Stratocumulus (DMIMS) project encompasses two distinct overarching goals: (1) Examination of the structure and forcing of a Coastally Trapped Wind Reversal (CTWR) and (2) Examination of the role of mesoscale organization in marine stratocumulus and the interplay between cloud-microphysical processes, specifically the production and evaporation of drizzle, mesoscale circulations within the boundary layer, and spatial variability in cloud properties.

Key concepts: Marine stratocumulus, Environmental science, Meteorology, Geography, Aerosol

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