Abstract. The effects of the turbulent bottom boundary layer of the ocean are examined from various process, physical, and climatic perspectives. We discuss how parameterisations might be employed for climate models, which cannot resolve such layers, and discuss the extant parameterisations and their implications. Introduction: should we care about Bottom Boundary Layers? At the base of the atmosphere lies a turbulent layer, thickness of order 1000 m. The layer is occasionally stable, but more usually convective in nature due t
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/152466/1/jpo_2017_bottomfrictionandtop...
Model intercomparisons have identified important deficits in the representation of the stable bounda...
This paper (1) compares the bottom flows of three existing high-resolution global simulations of th...
A reduced-gravity model for a dense bottom layer under a motionless deep layer is used to investigat...
In this thesis, the behaviour of oceanic boundary layers is investigated via theoretical, numerical ...
If model parameterizations of unresolved physics, such as the variety of upper ocean mixing processe...
Observations from a suite of platforms deployed in the coastal ocean are being combined with numeric...
Also published as: Proceedings of the 8th International Colloquium on Ocean Hydrodynamics, 19?7, p...
International audienceWe revisit the challenges and prospects for ocean circulation models following...
The boundary layer is the part of the atmosphere that is in direct contact with the ground via turbu...
This paper (1) compares the bottom flows of three existing high-resolution global simulations of the...
Boundary-layer schemes are essential components of numerical weather-forecasting and climate models....
International audienceWe consider four turbulent models to simulate the boundary mixing layer of the...
Understanding and prediction of the stable atmospheric boundary layer is a challenging task. Many ph...
and energetics. Furthermore, these results are con-sistent with recent theory on submesoscale pro-ce...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/152466/1/jpo_2017_bottomfrictionandtop...
Model intercomparisons have identified important deficits in the representation of the stable bounda...
This paper (1) compares the bottom flows of three existing high-resolution global simulations of th...
A reduced-gravity model for a dense bottom layer under a motionless deep layer is used to investigat...
In this thesis, the behaviour of oceanic boundary layers is investigated via theoretical, numerical ...
If model parameterizations of unresolved physics, such as the variety of upper ocean mixing processe...
Observations from a suite of platforms deployed in the coastal ocean are being combined with numeric...
Also published as: Proceedings of the 8th International Colloquium on Ocean Hydrodynamics, 19?7, p...
International audienceWe revisit the challenges and prospects for ocean circulation models following...
The boundary layer is the part of the atmosphere that is in direct contact with the ground via turbu...
This paper (1) compares the bottom flows of three existing high-resolution global simulations of the...
Boundary-layer schemes are essential components of numerical weather-forecasting and climate models....
International audienceWe consider four turbulent models to simulate the boundary mixing layer of the...
Understanding and prediction of the stable atmospheric boundary layer is a challenging task. Many ph...
and energetics. Furthermore, these results are con-sistent with recent theory on submesoscale pro-ce...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/152466/1/jpo_2017_bottomfrictionandtop...
Model intercomparisons have identified important deficits in the representation of the stable bounda...
This paper (1) compares the bottom flows of three existing high-resolution global simulations of th...