A comparison of the circulation patterns over the Southwestern Atlantic Shelf driven by different wind stress climatologies

We compare the oceanic circulation patterns over the Southwestern Atlantic Shelf (SWAS) forced by nine different wind stress climatologies. The largest differences are observed in experiments forced with the Hellerman and Rosenstein [1983, hereafter HR83] and Trenberth et al. [1990, hereafter TR90] winds. HR83 shows a general northeastward flow near the shelf break. The TR90 results shows a bifurcating path south of ~40°S and a poleward flow north of 35°S. The most robust circulation patterns are a broad northward flow and the generation of coastal re-circulation cells in southern Patagonia and the development of a southward jet in the inner portion of the South Brazil Bight.

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Main Authors: Palma, E., Matano, R., Piola, A., Sitz, L.
Format: Journal Contribution biblioteca
Language:English
Published: 2004
Online Access:https://doi.org/10.1029/2004GL021068
http://hdl.handle.net/1834/17091
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spelling dig-aquadocs-1834-170912021-05-19T06:24:13Z A comparison of the circulation patterns over the Southwestern Atlantic Shelf driven by different wind stress climatologies Palma, E. Matano, R. Piola, A. Sitz, L. We compare the oceanic circulation patterns over the Southwestern Atlantic Shelf (SWAS) forced by nine different wind stress climatologies. The largest differences are observed in experiments forced with the Hellerman and Rosenstein [1983, hereafter HR83] and Trenberth et al. [1990, hereafter TR90] winds. HR83 shows a general northeastward flow near the shelf break. The TR90 results shows a bifurcating path south of ~40°S and a poleward flow north of 35°S. The most robust circulation patterns are a broad northward flow and the generation of coastal re-circulation cells in southern Patagonia and the development of a southward jet in the inner portion of the South Brazil Bight. Published 2020-06-04T18:57:22Z 2020-06-04T18:57:22Z 2004 Journal Contribution Refereed https://doi.org/10.1029/2004GL021068 http://hdl.handle.net/1834/17091 en pp.1-5
institution UNESCO
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-aquadocs
tag biblioteca
region Europa del Oeste
libraryname Repositorio AQUADOCS
language English
description We compare the oceanic circulation patterns over the Southwestern Atlantic Shelf (SWAS) forced by nine different wind stress climatologies. The largest differences are observed in experiments forced with the Hellerman and Rosenstein [1983, hereafter HR83] and Trenberth et al. [1990, hereafter TR90] winds. HR83 shows a general northeastward flow near the shelf break. The TR90 results shows a bifurcating path south of ~40°S and a poleward flow north of 35°S. The most robust circulation patterns are a broad northward flow and the generation of coastal re-circulation cells in southern Patagonia and the development of a southward jet in the inner portion of the South Brazil Bight.
format Journal Contribution
author Palma, E.
Matano, R.
Piola, A.
Sitz, L.
spellingShingle Palma, E.
Matano, R.
Piola, A.
Sitz, L.
A comparison of the circulation patterns over the Southwestern Atlantic Shelf driven by different wind stress climatologies
author_facet Palma, E.
Matano, R.
Piola, A.
Sitz, L.
author_sort Palma, E.
title A comparison of the circulation patterns over the Southwestern Atlantic Shelf driven by different wind stress climatologies
title_short A comparison of the circulation patterns over the Southwestern Atlantic Shelf driven by different wind stress climatologies
title_full A comparison of the circulation patterns over the Southwestern Atlantic Shelf driven by different wind stress climatologies
title_fullStr A comparison of the circulation patterns over the Southwestern Atlantic Shelf driven by different wind stress climatologies
title_full_unstemmed A comparison of the circulation patterns over the Southwestern Atlantic Shelf driven by different wind stress climatologies
title_sort comparison of the circulation patterns over the southwestern atlantic shelf driven by different wind stress climatologies
publishDate 2004
url https://doi.org/10.1029/2004GL021068
http://hdl.handle.net/1834/17091
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