International audienceThe aim of this work is to assess the impact of data assimilation on the dynamics of mesoscale eddies. We do this based on the use of a recent mathematical method from nonlinear dynamics field that is capable of detecting Lagrangian eddies from birth to death. We apply this method on two composites time series of two configurations covering the whole globe, with and without assimilation, and carry on various statistical analysis to evaluate the impact of data assimilation on several properties of these Lagrangian mesoscale eddies
We are interested in describing and understanding the processes that influence individual particle t...
International audienceA current stake for numerical ocean models is to adequately represent meso- an...
International audienceGlobal-scale tracer simulations are typically made at coarse resolution withou...
International audienceThe aim of this work is to assess the impact of data assimilation on the dynam...
National audienceThe purpose of this poster is to explore the behaviour of variational data assimila...
The role of data assimilation procedures on representing ocean mesoscale variability is assessed by ...
It is expected that the assimilation of data in an ocean model disrupts the model’s dynamical balanc...
International audienceAutomatic identification and tracking of mesoscale eddies are crucial in large...
Mesoscale eddies, turbulent oceanic features of length-scales 10-100km, are an important component o...
International audienceMesoscale eddies are the dominant mechanism of ocean heat transports from the ...
Multiscale dynamics in the atmosphere-ocean system is ubiquitous from dust devils in the garden to t...
Attempts to estimate the state of the ocean usually involve one of two approaches: either an assimil...
International audienceMesoscale eddies are ubiquitous and very energetic features of the ocean circu...
For the very large nonlinear dynamical systems that arise in a wide range of physical, biological an...
Mesoscale eddies, defined as rotating structures ranging typically from tens to hundreds of kilomete...
We are interested in describing and understanding the processes that influence individual particle t...
International audienceA current stake for numerical ocean models is to adequately represent meso- an...
International audienceGlobal-scale tracer simulations are typically made at coarse resolution withou...
International audienceThe aim of this work is to assess the impact of data assimilation on the dynam...
National audienceThe purpose of this poster is to explore the behaviour of variational data assimila...
The role of data assimilation procedures on representing ocean mesoscale variability is assessed by ...
It is expected that the assimilation of data in an ocean model disrupts the model’s dynamical balanc...
International audienceAutomatic identification and tracking of mesoscale eddies are crucial in large...
Mesoscale eddies, turbulent oceanic features of length-scales 10-100km, are an important component o...
International audienceMesoscale eddies are the dominant mechanism of ocean heat transports from the ...
Multiscale dynamics in the atmosphere-ocean system is ubiquitous from dust devils in the garden to t...
Attempts to estimate the state of the ocean usually involve one of two approaches: either an assimil...
International audienceMesoscale eddies are ubiquitous and very energetic features of the ocean circu...
For the very large nonlinear dynamical systems that arise in a wide range of physical, biological an...
Mesoscale eddies, defined as rotating structures ranging typically from tens to hundreds of kilomete...
We are interested in describing and understanding the processes that influence individual particle t...
International audienceA current stake for numerical ocean models is to adequately represent meso- an...
International audienceGlobal-scale tracer simulations are typically made at coarse resolution withou...