An Observation of Banded Convective Development in the Presence of Weak Symmetric Stability

Stephen D. Jascourt Department of Meteorology, University of Wisconsin-Madison, Madison. Wisconsin

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Scott S. Lindstrom Department of Meteorology, University of Wisconsin-Madison, Madison. Wisconsin

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Charles J. Seman Department of Meteorology, University of Wisconsin-Madison, Madison. Wisconsin

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David D. Houghton Department of Meteorology, University of Wisconsin-Madison, Madison. Wisconsin

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Abstract

Satellite imagery dramatically portrays a mesoscale organization of deep convection over the south central United States on 5 June 1986. Free convection was expected over the region. The rapid development and organization of the convection simultaneously across a broad area suggests the presence of a mesoscale instability. Analysis of satellite and conventional data suggests that a layer of weak symmetric stability modified the atmosphere's response to free convective instability, contributing to the highly organized banded structure observed.

Abstract

Satellite imagery dramatically portrays a mesoscale organization of deep convection over the south central United States on 5 June 1986. Free convection was expected over the region. The rapid development and organization of the convection simultaneously across a broad area suggests the presence of a mesoscale instability. Analysis of satellite and conventional data suggests that a layer of weak symmetric stability modified the atmosphere's response to free convective instability, contributing to the highly organized banded structure observed.

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