  The nucleon resonances near 2 GeV are investigated through the $\Sigma$(1385)
and $\Lambda(1520)$ photoproductions within a Regge-plus-resonance approach
based on the new experimental data released by the CLAS Collaboration. The
$\Delta(2000)$ and the $N(2120)$ are found essential to reproduce the
experimental data and should be assigned as second $[\Delta 5/2^+]$ and third
$[N3/2^-]$ in the constituent quark model, respectively. A calculation of the
binding energy and decay pattern supports that the $N(1875)$, which is listed
in the PDG as the third $N3/2^-$ nucleon resonance instead of the $N(2120)$, is
from the $\Sigma(1385)K$ interaction rather than a three quark state.
