  We study forward neutrino-induced meson production off the nucleon in the
resonance region. Our calculation is based on a dynamical coupled-channels
(DCC) model that reasonably describes pi (gamma) N -> pi N, eta N, K Lambda, K
Sigma data in the resonance region. We apply the PCAC hypothesis to the DCC
model to relate the pi N reaction amplitude to the forward neutrino reaction
amplitude. In this way, we give a prediction for nu N -> pi N, pi pi N, eta N,
K Lambda, K Sigma reaction cross sections. The predicted nu N -> pi pi N, eta
N, K Lambda, K Sigma cross sections are, for the first time, based on a model
extensively tested by data. We compare our results with those from the
Rein-Sehgal model that has been very often used in the existing Monte Carlo
simulators for neutrino experiments. We find a significant difference between
them.
