Localized storm tracks in the absence of local instability

Research output: Contribution to journalArticle

22 Citations (Scopus)

Abstract

An idealized, linear barotropic model on an f plane is used to demonstrate the existence of a zonally localized storm track in the absence of any kind of local instability; with a background flow consisting of two jets separated by a local minimum, two distinctly localized eddy streamfunction variance (and eddy kinetic energy) peaks emerge on either side of the local jet minimum. As the stretching deformation field of the background flow strengthens, the transient eddy is deformed irreversibly in the deformation region. The resulting entrophy cascade toward smaller scale plays an important role in terminating the model's storm tracks, and in this case the second storm track downstream of the local jet minimum is substantially weakened. -from Author

Original languageEnglish (US)
Pages (from-to)977-989
Number of pages13
JournalJournal of the Atmospheric Sciences
Volume52
Issue number7
StatePublished - Jan 1 1995

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storm track
eddy
kinetic energy

All Science Journal Classification (ASJC) codes

  • Atmospheric Science

Cite this

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title = "Localized storm tracks in the absence of local instability",
abstract = "An idealized, linear barotropic model on an f plane is used to demonstrate the existence of a zonally localized storm track in the absence of any kind of local instability; with a background flow consisting of two jets separated by a local minimum, two distinctly localized eddy streamfunction variance (and eddy kinetic energy) peaks emerge on either side of the local jet minimum. As the stretching deformation field of the background flow strengthens, the transient eddy is deformed irreversibly in the deformation region. The resulting entrophy cascade toward smaller scale plays an important role in terminating the model's storm tracks, and in this case the second storm track downstream of the local jet minimum is substantially weakened. -from Author",
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}

Localized storm tracks in the absence of local instability. / Lee, Sukyoung.

In: Journal of the Atmospheric Sciences, Vol. 52, No. 7, 01.01.1995, p. 977-989.

Research output: Contribution to journalArticle

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N2 - An idealized, linear barotropic model on an f plane is used to demonstrate the existence of a zonally localized storm track in the absence of any kind of local instability; with a background flow consisting of two jets separated by a local minimum, two distinctly localized eddy streamfunction variance (and eddy kinetic energy) peaks emerge on either side of the local jet minimum. As the stretching deformation field of the background flow strengthens, the transient eddy is deformed irreversibly in the deformation region. The resulting entrophy cascade toward smaller scale plays an important role in terminating the model's storm tracks, and in this case the second storm track downstream of the local jet minimum is substantially weakened. -from Author

AB - An idealized, linear barotropic model on an f plane is used to demonstrate the existence of a zonally localized storm track in the absence of any kind of local instability; with a background flow consisting of two jets separated by a local minimum, two distinctly localized eddy streamfunction variance (and eddy kinetic energy) peaks emerge on either side of the local jet minimum. As the stretching deformation field of the background flow strengthens, the transient eddy is deformed irreversibly in the deformation region. The resulting entrophy cascade toward smaller scale plays an important role in terminating the model's storm tracks, and in this case the second storm track downstream of the local jet minimum is substantially weakened. -from Author

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