  The effects of the resonant magnetic perturbations (RMPs) on the turbulent
transport are analyzed in the framework of the test particle approach using a
semi-analytical method. The normalized RMP amplitude $P_{b}$ extends on a large
range, from the present experiments to ITER conditions. The results are in
agreement with the experiments at small $P_{b}.$ The predictions for ITER
strongly depend on the type of turbulent transport. A very strong increase of
the turbulent transport is obtained in the nonlinear regime, while the effects
of the RMPs are much weaker for the quasilinear transport.
