- The Ferrel cell
- Equations of motion(1)
- Equations of motion(2)
- Surface Wind
- Phenomenology of a two-layer midlatitude atmosphere
- Equations of motion(3)
- The theory and scaling of Kolmogorov(2)
- An alternative scaling argument for inertial ranges
- The energy spectrum of 3D turbulencd in some experiments at the Princeton Superpipe facillity
- Two-dimensional turbulence
- The energy spectrum of two-dimensional turbulence
- Energy and enstrophy transfer
- Enstrophy inertial ranges in 2D turbulence
- The energy spectrum of forced-dissipative two-dimensional turbulence
- Predictability of turbulence
- Spectrum of a passive tracer
- Schematic figures of energy and passive tracer spectra
- Differential rotation in two-dimensional turbulence (1)
- Differential rotation in two-dimensional turbulence (2)
- The anisotropic wave-turbulence boundary
- Evolution of the energy spectrum in a freely-evolving two-dimensional simulation on the beta-plane
- Evolution of zonal mean zonal velocity
- Two-layer flow
- Baroclinic and barotropic decomposition
- Approximations to the equations
- Idealized two-layer baroclinic turbulence
- Scaling theory
- The halting scale and the beta-effect
- Potential vorticity flux
- Transformed Eulerian Mean or TEM
- The vorticity budget
- Rossby waves and momentum flux(1)
- Rossby waves and momentum flux(2)
- Sketch of the potential vorticity fluxes

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