Developments in ocean climate modelling

Developments in ocean climate modelling

Source :

• Ocean Modelling [ 1463-5003 ] ; 2001.

Descripteurs français

• Wicri :
  • topic : Climatologie, Géophysique, Météorologie, Océan, Océanographie, Simulation, Unesco.

English descriptors

• KwdEn :
  • Academic press, Adcroft, Adiabatic, Advection, Advection schemes, Advective, Algorithm, Arakawa, Atlantic ocean, Atmospheric sciences, Baroclinic, Baroclinic time steps, Barotropic, Beckmann, Biharmonic, Bleck, Bottom cell, Bottom cells, Bottom topography, Boundary conditions, Boundary currents, Boussinesq, Boussinesq approximation, Buoyancy, Candie, Chassignet, Circulation model, Climate dynamics, Climate model, Climate modellers, Climate modelling, Climate models, Climate simulations, Climate studies, Climatology, Closure, Coarse models, Coarse resolution, Computational, Computational physics, Computationally, Computer language, Convection, Convective, Convective adjustment, Convergence, Current research, Curvilinear, Danabasoglu, Dense water, Density classes, Diapycnal, Dissipation, Dissipative, Dordrecht, Downgradient, Downslope, Dukowicz, Dynamical, Dynamics, Eddy, Eddying, Eld, Elliptic, Elliptic problem, Elliptic problems, Enso, Enstrophy, Entrainment, Euler, Ezer, Fluid mechanics, Fortran, Free surface methods, Fresh water, Friction operator, Full cells, General circulation model, Gent, Geophysical, Geophysical research, Geophysical research letters, Geophysics, Geostrophic, Gerdes, Gfdl, Global, Gnanadesikan, Greatbatch, Grid, Grid resolution, Grid spacing, Hadley, Haidvogel, Hallberg, Higdon, Higher resolution, Hirst, Holloway, Horizontal, Horizontal background, Horizontal coordinates, Horizontal grids, Horizontal pressure gradient, Huang, Hybrid, Hycom, Hydrostatic, Interface depth, International woce newsletter, Isopycnal, Isopycnal model, Isopycnal models, Isopycnic, Iteration, Janji, Killworth, Kluwer, Laplacian, Larichev, Lateral, Layer, Layer models, Layer thickness, Lter, Ltering, Madec, Main points, Marine research, Mcdougall, Mcwilliams, Mellor, Meridional, Mesinger, Mesoscale, Mesoscale eddies, Meteorology, Micom, Modeller, Modelling, Momentum equations, Monthly weather review, Mpdata, Munk, Neutral directions, Nite, Numerical methods, Numerical modelling, Numerical models, Numerical simulation, Occam, Ocean, Ocean bottom, Ocean circulation, Ocean circulation model, Ocean circulation models, Ocean climate modelling, Ocean climate models, Ocean component, Ocean model, Ocean modelling, Ocean models, Ocean surface, Oceanic, Oceanic technology, Oceanography, Orthogonal, Pacanowski, Parallel computers, Parameterization, Parameterizations, Parameterize, Parameterizing, Partial cells, Personal communication, Physical integrity, Physical oceanography, Poseidon, Posum, Potential density, Potential enstrophy, Potential temperature, Potential vorticity, Pressure gradient, Pressure gradient errors, Primitive equation ocean models, Prognostic, Rahmstorf, Rossby, Salinity, Semtner, Shallow water equations, Sigma, Simplest form, Simulation, Smagorinsky, Smagorinsky viscosity, Solver, Sommeria, Spherical coordinates, Spurious, Spurious diapycnal, Statistical mechanics, Stochastic theory, Streamfunction, Study institute, Summary items, Surface height, Surface method, Surface methods, Szoeke, Tensor, Thermodynamic equilibrium, Thermohaline, Thermohaline circulation, Time step, Time steps, Topographic, Topographic stress, Topography, Tracer, Tracer conservation, Tracer equations, Tracer transport, Treguier, Turbulence, Unesco, Unesco equation, Unstructured grids, Upper ocean, Uxes, Variance, Verron, Vertical resolution, Visbeck, Vorticity, Wajsowicz, Webb, Woce, World ocean.
• Teeft :
  • Academic press, Adcroft, Adiabatic, Advection, Advection schemes, Advective, Algorithm, Arakawa, Atlantic ocean, Atmospheric sciences, Baroclinic, Baroclinic time steps, Barotropic, Beckmann, Biharmonic, Bleck, Bottom cell, Bottom cells, Bottom topography, Boundary conditions, Boundary currents, Boussinesq, Boussinesq approximation, Buoyancy, Candie, Chassignet, Circulation model, Climate dynamics, Climate model, Climate modellers, Climate modelling, Climate models, Climate simulations, Climate studies, Climatology, Closure, Coarse models, Coarse resolution, Computational, Computational physics, Computationally, Computer language, Convection, Convective, Convective adjustment, Convergence, Current research, Curvilinear, Danabasoglu, Dense water, Density classes, Diapycnal, Dissipation, Dissipative, Dordrecht, Downgradient, Downslope, Dukowicz, Dynamical, Dynamics, Eddy, Eddying, Eld, Elliptic, Elliptic problem, Elliptic problems, Enso, Enstrophy, Entrainment, Euler, Ezer, Fluid mechanics, Fortran, Free surface methods, Fresh water, Friction operator, Full cells, General circulation model, Gent, Geophysical, Geophysical research, Geophysical research letters, Geophysics, Geostrophic, Gerdes, Gfdl, Global, Gnanadesikan, Greatbatch, Grid, Grid resolution, Grid spacing, Hadley, Haidvogel, Hallberg, Higdon, Higher resolution, Hirst, Holloway, Horizontal, Horizontal background, Horizontal coordinates, Horizontal grids, Horizontal pressure gradient, Huang, Hybrid, Hycom, Hydrostatic, Interface depth, International woce newsletter, Isopycnal, Isopycnal model, Isopycnal models, Isopycnic, Iteration, Janji, Killworth, Kluwer, Laplacian, Larichev, Lateral, Layer, Layer models, Layer thickness, Lter, Ltering, Madec, Main points, Marine research, Mcdougall, Mcwilliams, Mellor, Meridional, Mesinger, Mesoscale, Mesoscale eddies, Meteorology, Micom, Modeller, Modelling, Momentum equations, Monthly weather review, Mpdata, Munk, Neutral directions, Nite, Numerical methods, Numerical modelling, Numerical models, Numerical simulation, Occam, Ocean, Ocean bottom, Ocean circulation, Ocean circulation model, Ocean circulation models, Ocean climate modelling, Ocean climate models, Ocean component, Ocean model, Ocean modelling, Ocean models, Ocean surface, Oceanic, Oceanic technology, Oceanography, Orthogonal, Pacanowski, Parallel computers, Parameterization, Parameterizations, Parameterize, Parameterizing, Partial cells, Personal communication, Physical integrity, Physical oceanography, Poseidon, Posum, Potential density, Potential enstrophy, Potential temperature, Potential vorticity, Pressure gradient, Pressure gradient errors, Primitive equation ocean models, Prognostic, Rahmstorf, Rossby, Salinity, Semtner, Shallow water equations, Sigma, Simplest form, Simulation, Smagorinsky, Smagorinsky viscosity, Solver, Sommeria, Spherical coordinates, Spurious, Spurious diapycnal, Statistical mechanics, Stochastic theory, Streamfunction, Study institute, Summary items, Surface height, Surface method, Surface methods, Szoeke, Tensor, Thermodynamic equilibrium, Thermohaline, Thermohaline circulation, Time step, Time steps, Topographic, Topographic stress, Topography, Tracer, Tracer conservation, Tracer equations, Tracer transport, Treguier, Turbulence, Unesco, Unesco equation, Unstructured grids, Upper ocean, Uxes, Variance, Verron, Vertical resolution, Visbeck, Vorticity, Wajsowicz, Webb, Woce, World ocean.

Abstract

• https://api.istex.fr/document/E291ED2222CF80CA4E37C242D4CCFFE11EEF1DF1/fulltext/pdf

Affiliations:

• Allemagne, Australie, France, Japon, Royaume-Uni, États-Unis
• New Jersey, Région de Kantō, Schleswig-Holstein
• Kiel, Tokyo
• Université de Tokyo

Links toward previous steps (curation, corpus...)

• to stream Istex, to step Corpus: 002A44
• to stream Istex, to step Curation: 002A44
• to stream Istex, to step Checkpoint: 001D26
• to stream Main, to step Merge: 00C767
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