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Controlling factors of the oxygen balance in the Arabian Sea's OMZ
Laure Resplandy
, M. Lévy
, L. Bopp
, V. Echevin
, S. Pous
, V. V.S.S. Sarma
, D. Kumar
Geosciences
High Meadows Environmental Institute
Princeton Institute for Computational Science and Engineering
Princeton University
Research output
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Contribution to journal
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Article
›
peer-review
50
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Scopus citations
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Keyphrases
Controlling Factors
100%
Oxygen Minimum Zone
100%
Oxygen Balance
100%
Arabian Sea Oxygen Minimum Zone
100%
Oxygen Concentration
80%
Lateral Advection
60%
Arabian Sea
60%
Eddies
40%
Western Coast
40%
Oxygenated Water
40%
Ekman Pumping
40%
Climate Change
20%
Biophysical Model
20%
Low Oxygen
20%
As(III)
20%
Oxygen-rich
20%
High Productivity
20%
Global Climate Models
20%
Coastal Area
20%
Rich Water
20%
Annual Mean
20%
Current Transport
20%
Western Boundary Current
20%
Mesostructure
20%
Advection
20%
Lateral Transport
20%
Rossby Waves
20%
Somali Current
20%
Vertical Advection
20%
Eastern Coast
20%
Oman
20%
Vertical Displacement
20%
Oxycline
20%
Biological Consumption
20%
Southwest India
20%
Oxygen Source
20%
Northern Arabian Sea
20%
Oxygen Budget
20%
Seasonal Timescale
20%
Eddy-resolving
20%
Earth and Planetary Sciences
Arabian Sea
100%
Advection
80%
Seasonality
80%
Transportation
60%
Ekman Pumping
40%
Timescale
40%
Climate Change
20%
Climate Modeling
20%
Global Climate
20%
Coastal Region
20%
Western Boundary Current
20%
India
20%
Rossby Wave
20%
Oman
20%
Kelvin Wave
20%
Protective Atmosphere
20%