Ocean modeling and parameterization

Preface. 1. Oceanic General Circulation Models J.C. McWilliams. 2. Forcing the Ocean B. Barnier. 3. Modeling and Parameterizing the Ocean Planetary Boundary Layer W.G. Large. 4. Parameterization of the Fair Weather Ekman Layer J.F. Price. 5. The Representation of Bottom Boundary Layer Processes in Numerical Ocean Circulation Models A. Beckman. 6. Marginal Sea Overflows for Climate Simulations J.F. Price, J. Yang. 7. Turbulent Mixing in the Ocean. Intensity, Causes, and Consequences J.M. Toole. 8. Parameterization of Processes in Deep Convection Regimes U. Send, R.H. Kase. 9. Double-Diffusive Convection. Its Role in Ocean Mixing and Parameterization Schemes for Large Scale Modeling R.W. Schmitt. 10. Interleaving at the Equator. Its Parameterization and Effect on the Large Scale Dynamics K.J. Richards. 11. Eddy Parameterization in Large Scale Flow P.D. Killworth. 12. Three-Dimensional Residual-Mean Theory T.J. McDougall. 13. Statistical Mechanics of Potential Vorticity for Parameterizing Mesoscale Eddies J. Sommeria. 14. Topographic Stress: Importance and Parameterization A. Alvarez, J. Tintore. 15. Large-Eddy Simulations of Three-Dimensional Turbulent Flows: Geophysical Applications O. Metais. 16. Parameter Estimation in Dynamical Models G. Evensen, et al. 17. On the Large-Scale Modeling of Sea Ice and Sea Ice-Ocean Interactions T. Fichefet, et al. 18. Ocean Modeling in Isopycnic Coordinates R. Bleck. Subject Index.