  The spin-$\ffh$ resonance effects are studied within the coupled channel
effective Lagrangian model for baryon resonance analysis. We extend our
previous hadronic calculations to incorporate the $D_{15}$, $F_{15}$, $D_{35}$,
$F_{35}$ states.
  While the effect of the spin-$\ffh$ resonances to the $\eta N$, $K \Lambda$,
and $K \Sigma$ reactions are small, the contribution to the $\omega N$ is found
to be important. The results for the 'conventional' and Pascalutsa-like
spin-$\ffh$ descriptions are discussed.
\PACS{{11.80.-m},{13.75.Gx},{14.20.Gk},{13.30.Gk}}
