The near-surface atmosphere layer, and in particular the wind intensity, controls the ocean properties. The Ekman circulation depends of the wind stress, which strength also determines the amount of diffusion in the upper layer. The intensity of the latent and sensible fluxes at surface depend linearly of the wind speed. The wind also directly impacts the biogeochemical cycles as it modulates the kinetic of gases equilibrium such as oxygen. Using an ocean general circulation model we assess here the importance of the high frequency forcing in setting the ocean properties. We remove specifically the “weather frequencies” (<10 days) of the wind component in the forcing of the 1-momentum equation, 2-mixing length scale and 3-surface fluxes. Th...
A model describing the time dependent response of the upper mixed layer of the ocean to meteorologic...
International audienceOceanic tides lead to some of the largest currents of the world ocean and have...
Effects of high-frequency wind sampling on a near-global ocean model are studied by forcing the mode...
Ocean oxygenation has been observed to have changed over the past few decades and is projected to ch...
The mechanisms controlling the variability of oxygen levels in the ocean are poorly quantified. We f...
The wind power input to the ocean general circulation is usually calculated from the time-averaged w...
International audienceWe evidence and study the differences in turbulence statistics in ocean dynami...
A widely observed tracer in the field of oceanography is dissolved oxygen (O2). A tracer crucial to...
Along the eastern boundaries of the eastern tropical Atlantic (ETA), intense oxygen minimum zones (O...
International audienceWind work at the air-sea interface is the transfer of kinetic energy between t...
The ocean takes up 93 % of the excess heat in the climate system and approximately a quarter of the ...
Accounting for ocean currents in the bulk parameterization of the wind stress might represent a phys...
This study addresses the energetics of the Southern Ocean, in response to high-frequency wind forcin...
A model describing the time dependent response of the upper mixed layer of the ocean to meteorologic...
International audienceOceanic tides lead to some of the largest currents of the world ocean and have...
Effects of high-frequency wind sampling on a near-global ocean model are studied by forcing the mode...
Ocean oxygenation has been observed to have changed over the past few decades and is projected to ch...
The mechanisms controlling the variability of oxygen levels in the ocean are poorly quantified. We f...
The wind power input to the ocean general circulation is usually calculated from the time-averaged w...
International audienceWe evidence and study the differences in turbulence statistics in ocean dynami...
A widely observed tracer in the field of oceanography is dissolved oxygen (O2). A tracer crucial to...
Along the eastern boundaries of the eastern tropical Atlantic (ETA), intense oxygen minimum zones (O...
International audienceWind work at the air-sea interface is the transfer of kinetic energy between t...
The ocean takes up 93 % of the excess heat in the climate system and approximately a quarter of the ...
Accounting for ocean currents in the bulk parameterization of the wind stress might represent a phys...
This study addresses the energetics of the Southern Ocean, in response to high-frequency wind forcin...
A model describing the time dependent response of the upper mixed layer of the ocean to meteorologic...
International audienceOceanic tides lead to some of the largest currents of the world ocean and have...
Effects of high-frequency wind sampling on a near-global ocean model are studied by forcing the mode...