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1“... subtropical SSH annual variability by altered Sverdrup balance and ocean Rossby wave dynamics propagating...”
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2by Barrier, Nicolas, Treguier, Anne-marie, Cassou, Christophe, Deshayes, Julie“... subtropical SSH annual variability by altered Sverdrup balance and ocean Rossby wave dynamics propagating...”
Published in Climate Dynamics (2013)
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3“... induce a fast (monthly-to-interannual time scales) adjustment of the gyres via topographic Sverdrup...”
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4by Barrier, Nicolas, Cassou, Christophe, Deshayes, Julie, Treguier, Anne-marie“... of the gyres via topographic Sverdrup dynamics and of the meridional overturning circulation via anomalous...”
Published in Journal of Physical Oceanography (2014)
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5by Barrier, Nicolas, Cassou, Christophe, Deshayes, Julie, Treguier, Anne-Marie“... topographic Sverdrup dynamics and of the meridional overturning circulation via anomalous Ekman transport...”
Published in Journal of Physical Oceanography (2014)
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6by Barrier, Nicolas, Cassou, Christophe, Deshayes, Julie, Treguier, Anne-Marie“... topographic Sverdrup dynamics and of the meridional overturning circulation via anomalous Ekman transport...”
Published in Journal of Physical Oceanography (2014)
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7by Barrier, Nicolas, Cassou, Christophe, Deshayes, Julie, Treguier, Anne-Marie“... topographic Sverdrup dynamics and of the meridional overturning circulation via anomalous Ekman transport...”
Published in Journal of Physical Oceanography (2014)
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8by Barrier, Nicolas, Cassou, Christophe, Deshayes, Julie, Treguier, Anne-Marie“... topographic Sverdrup dynamics and of the meridional overturning circulation via anomalous Ekman transport...”
Published in Journal of Physical Oceanography (2014)
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9by Treguier, Anne-marie, Deshayes, Julie, Lique, Camille, Dussin, Raphael, Molines, Jean-marc“... and 40 degrees N, there is a volume loss by evaporation of 0.6 Sverdrups (Sv). The divergence of the eddy...”
Published in Journal of Geophysical Research: Oceans (2012)
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10by Tréguier, Anne-Marie, Deshayes, Julie, Lique, Camille, Dussin, Raphaël, Molines, Jean-Marc“... between 10°N and 40°N, there is a volume loss by evaporation of 0.6 Sverdrups (Sv). The divergence...”
Published in Journal of Geophysical Research: Oceans (2012)
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11by Tréguier, Anne-Marie, Deshayes, Julie, Lique, Camille, Dussin, Raphaël, Molines, Jean-Marc“... between 10°N and 40°N, there is a volume loss by evaporation of 0.6 Sverdrups (Sv). The divergence...”
Published in Journal of Geophysical Research: Oceans (2012)
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12by Tréguier, Anne-Marie, Deshayes, Julie, Lique, Camille, Dussin, Raphaël, Molines, Jean-Marc“... between 10°N and 40°N, there is a volume loss by evaporation of 0.6 Sverdrups (Sv). The divergence...”
Published in Journal of Geophysical Research: Oceans (2012)
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13by Tréguier, Anne-Marie, Deshayes, Julie, Lique, Camille, Dussin, Raphaël, Molines, Jean-Marc“... between 10°N and 40°N, there is a volume loss by evaporation of 0.6 Sverdrups (Sv). The divergence...”
Published in Journal of Geophysical Research: Oceans (2012)
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