I present here measures of the wave amplitude *versus* the Laplacian dissipation coefficient and the mean flow quantities (Lagrangian-mean zonal velocity, Eulerian-mean zonal velocity and zonal Stokes drift). The wave amplitude is defined as the maximum of the meridional velocity during a cycle (during days 2000-2100) at the center of the domain. The measures of the mean flow amplitude are from the same location.

computed with `theory_test_script.m` in the respective directories of `RESEARCH/MODELISATION/HIM/studies/diss_train_of_eddies/exp2/*/analysis_1d/` and `RESEARCH/MODELISATION/HIM/studies/PV_and_dissipation/forced_damped_wave/`. The matlab routine to produce Fig. 2 is `plot_synthesis_transport_vs_diss` in `RESEARCH/MODELISATION/HIM/studies/PV_and_dissipation/forced_damped_wave/exp15`.