  Using the data obtained with SKAT bubble chamber, the total yields of
$K^+(892)$, $\Sigma^+(1385)$ and $\Sigma^0$ are estimated for the first time in
neutrino-induced reactions at moderate energies ($<E_{\nu}>$ = 10.4 GeV). It is
shown, that the recently observed \cite{ref1,ref2} enhancement of the $K^0$ and
$\Lambda$ yields in $\nu A$ interactions (as compared to $\nu N$ interactions)
is contributed only slightly by the $K^+(892)$ and $\Sigma^+(1385)$ production,
respectively. The decay contribution to the $K^0$ and $\Lambda$ yields is found
to be in qualitative agreement with higher energy ($<E_\nu> \geq$ 40 GeV) data.
It is shown, that the energy dependence of the $K^+(892)$ mean multiplicity in
$\nu N$ interactions is approximately linear in the range of $<E_{\nu}>
\approx$ 10-60 GeV, while that for $\Sigma^0$ in $\nu A$ interactions (for $A$
= 20-21) is approximately logarithmic in the range of $<E_{\nu}> \approx$
10-150 GeV.
