  We present the results of extensive calculations for charged and neutral
current reactions of neutrinos and antineutrinos in the small
$Q^2\lsim\unit[0.20]{GeV^2}$ region. The results include single $\frac{\d
\sigma}{\d Q^2}$ and double $\frac{\d \sigma^{(A)}}{\d Q^2 \d E_\pi}$
differential cross sections at energies relevant for oscillation experiments.
We include nuclear corrections in the Adler-Nussinov-Paschos model and point
out that on isoscalar nuclear targets there are charge symmetry relations that
hold in extended kinematic regions. We discuss how the results can be used in
long baseline experiments in order to study oscillation parameters and search
for CP asymmetries.
