Airborne Doppler radar analysis of a TOGA COARE waterspout storm

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Abstract

An airborne Doppler radar analysis of a waterspout parent storm is presented. An 8-min window centered around the time of the visual observation of the waterspout is presented. The waterspout was associated with a small, intense cloud that developed ahead of a squall line. It was observed by radar from a distance of 3 km, with a cross-beam resolution of approximately 70 m. One radar scan cut through the vortex, revealing the structure. The high-resolution dual-Doppler analysis of the Electra Doppler radar was used to investigate the velocity and vorticity structure of the parent storm. These observations were consistent with a low-level vorticity source. No cloud-scale vorticity was observed until the time of the visual observation of the storm.

Original languageEnglish (US)
Pages (from-to)3008-3017
Number of pages10
JournalMonthly Weather Review
Volume125
Issue number11
DOIs
StatePublished - Jan 1 1997

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waterspout
TOGA-COARE
Doppler radar
vorticity
radar
squall line
vortex
analysis

All Science Journal Classification (ASJC) codes

  • Atmospheric Science

Cite this

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title = "Airborne Doppler radar analysis of a TOGA COARE waterspout storm",
abstract = "An airborne Doppler radar analysis of a waterspout parent storm is presented. An 8-min window centered around the time of the visual observation of the waterspout is presented. The waterspout was associated with a small, intense cloud that developed ahead of a squall line. It was observed by radar from a distance of 3 km, with a cross-beam resolution of approximately 70 m. One radar scan cut through the vortex, revealing the structure. The high-resolution dual-Doppler analysis of the Electra Doppler radar was used to investigate the velocity and vorticity structure of the parent storm. These observations were consistent with a low-level vorticity source. No cloud-scale vorticity was observed until the time of the visual observation of the storm.",
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Airborne Doppler radar analysis of a TOGA COARE waterspout storm. / Verlinde, Johannes.

In: Monthly Weather Review, Vol. 125, No. 11, 01.01.1997, p. 3008-3017.

Research output: Contribution to journalArticle

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AB - An airborne Doppler radar analysis of a waterspout parent storm is presented. An 8-min window centered around the time of the visual observation of the waterspout is presented. The waterspout was associated with a small, intense cloud that developed ahead of a squall line. It was observed by radar from a distance of 3 km, with a cross-beam resolution of approximately 70 m. One radar scan cut through the vortex, revealing the structure. The high-resolution dual-Doppler analysis of the Electra Doppler radar was used to investigate the velocity and vorticity structure of the parent storm. These observations were consistent with a low-level vorticity source. No cloud-scale vorticity was observed until the time of the visual observation of the storm.

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