  The nature of nucleon resonances is still being debated, while much
experimental data are accumulated. In this work, we focus on the negative
parity resonance $N^*(1895)$ which is located in the scattering region of
various meson-baryon coupled channels, and such dynamics can be crucial in
understanding its properties. To test the relevance of such hadron dynamics, we
investigate the decay properties of $N^*(1895)$ in detail. We examine how a two
pole nature of $N^*(1895)$ is compatible with its observed decay properties.
Moreover, we find that the resonance decays into final states involving
$\Lambda(1405)$ and $\Sigma(1400)$, where the latter is not yet observed
experimentally. Such decay processes can be useful to study the properties of
the aforementioned hyperon resonances.
