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Introduction to the POMME special section: thermocline ventilation and biogeochemical tracer distribution in the northeast Atlantic Ocean and impact of mesoscale dynamics

Introduction to the POMME special section: thermocline ventilation and biogeochemical tracer distribution in the northeast Atlantic Ocean and impact of mesoscale dynamics
Introduction to the POMME special section: thermocline ventilation and biogeochemical tracer distribution in the northeast Atlantic Ocean and impact of mesoscale dynamics
Conducted in the northeast Atlantic Ocean (15°20?–21°20?W, 38°N–45°N), the Programme Océan Multidisciplinaire Méso Echelle (POMME) is a research project aimed at a better understanding of the biological production and the carbon budget of the region in relation to the formation mechanisms of the 11°–12°C mode water of the northeast Atlantic. With the help of two research vessels, several tens of floats and drifters, and nine moorings, the field experiment was carried out between autumn 2000 and autumn 2001, with a more intensive phase in the winter and early spring of 2001. The field experiment resolved small (several kilometers) to regional (several hundred kilometers) scales and daily to seasonal variability. A first analysis of the rich data set focused on the large-scale and the mesoscale variability. It shows that the distribution of water mass characteristics and biological activity is strongly influenced by the mesoscales in this supposedly quiet transition zone between the subtropical and subpolar gyres. The seasonal variability, however, presents an imprint of the large-scale structures with a clear north-south gradient in properties and budgets. This region is found on an annual average to be a sink of atmospheric CO2. Smaller scales, associated with fronts and filaments, were clearly observed in many fields (temperature, but also chlorophyll, oxygen, biogenic particles, etc.), with modeling studies suggesting that they play a significant role in subduction, ventilation, and transport of biogeochemical tracers in the POMME region.
0148-0227
C07S01
Memery, L.
68990cc0-04e6-472b-bb77-ea76216a7322
Reverdin, G.
4824a129-bc14-4a1c-97f0-f186e11955a3
Paillet, J.
9daa1269-be62-4162-b975-209c7382310c
Oschlies, A.
1e17ff79-6084-4a56-b130-7d39dcd7568f
Memery, L.
68990cc0-04e6-472b-bb77-ea76216a7322
Reverdin, G.
4824a129-bc14-4a1c-97f0-f186e11955a3
Paillet, J.
9daa1269-be62-4162-b975-209c7382310c
Oschlies, A.
1e17ff79-6084-4a56-b130-7d39dcd7568f

Memery, L., Reverdin, G., Paillet, J. and Oschlies, A. (2005) Introduction to the POMME special section: thermocline ventilation and biogeochemical tracer distribution in the northeast Atlantic Ocean and impact of mesoscale dynamics. Journal of Geophysical Research, 110 (C7), C07S01. (doi:10.1029/2005JC002976).

Record type: Article

Abstract

Conducted in the northeast Atlantic Ocean (15°20?–21°20?W, 38°N–45°N), the Programme Océan Multidisciplinaire Méso Echelle (POMME) is a research project aimed at a better understanding of the biological production and the carbon budget of the region in relation to the formation mechanisms of the 11°–12°C mode water of the northeast Atlantic. With the help of two research vessels, several tens of floats and drifters, and nine moorings, the field experiment was carried out between autumn 2000 and autumn 2001, with a more intensive phase in the winter and early spring of 2001. The field experiment resolved small (several kilometers) to regional (several hundred kilometers) scales and daily to seasonal variability. A first analysis of the rich data set focused on the large-scale and the mesoscale variability. It shows that the distribution of water mass characteristics and biological activity is strongly influenced by the mesoscales in this supposedly quiet transition zone between the subtropical and subpolar gyres. The seasonal variability, however, presents an imprint of the large-scale structures with a clear north-south gradient in properties and budgets. This region is found on an annual average to be a sink of atmospheric CO2. Smaller scales, associated with fronts and filaments, were clearly observed in many fields (temperature, but also chlorophyll, oxygen, biogenic particles, etc.), with modeling studies suggesting that they play a significant role in subduction, ventilation, and transport of biogeochemical tracers in the POMME region.

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Published date: 2005

Identifiers

Local EPrints ID: 20405
URI: http://eprints.soton.ac.uk/id/eprint/20405
ISSN: 0148-0227
PURE UUID: 030dcd2a-756e-4163-86b7-8cff159d23e0

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Date deposited: 24 Feb 2006
Last modified: 15 Mar 2024 06:25

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Contributors

Author: L. Memery
Author: G. Reverdin
Author: J. Paillet
Author: A. Oschlies

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