  We discuss the impact of recent Belle data on our description of the pion
transition form factor based on the assumption that a perturbative formalism
and a nonperturbative one can be matched in a physically acceptable manner at a
certain hadronic scale $Q_{0}$. We discuss the implications of the different
parameters of the model in comparing with world data and conclude that within
experimental errors our description remains valid. Thus we can assert that the
low $Q^2$ nonperturbative description together with an additional $1/Q^2$ term
at the matching scale have a strong influence on the $Q^2$ behavior up to very
high values of $Q^2$ .
