### Table 2: Method of lines solution for transport equation.

"... In PAGE 10: ... The simulation is allowed to run for t from 0 to 2. The results displayed in Table2 are the maximum error at the final time evaluated on a fine evaluation mesh, along with an indication of the h-convergence rate of the method. We see that the use of a more accurate quasi-interpolant pays off and results in higher accuracy.... ..."

### Table 1 Terms in the generic transport equation (1)

### Table 1: Model coefficients for the AX transport equation

### Table 7 Dependence of the reduction rates on the diffusion parameter and on , transport equation, backward facing step, 3D

### Table 9 Dependence of the reduction rates on the grid size and on , transport equation, 2D, = 0:05, 1 obstacle

### Table 6 Dependence of the reduction rates, complexity (comp) and connectivity (conn) on the diffusion parameter and on , transport equation, backward facing step, 2D

### Table 8 Dependence of the reduction rates on the number of obstacles and on , transport equation, 2D, = 0:05, 256 x 64 cells

"... In PAGE 15: ...can see in Table8 , the convergence rates do not vary very much for a fixed diffusion coefficient and different number of obstacles. Interestingly, the rates become better for smaller diffusion coefficients but even for = 1, they are still quite good.... ..."