  We calculate the low-lying spectra for the positive-parity $\Delta$ and $N$
at two pion masses of 358 and 278 MeV using an isotropic clover action with two
degenerate light-quaark and one strange-quark flavors through the application
of the generalized variational method within the distillation framework. The
spectrum exhibits the general features observed in previous calculations using
an anisotropic clover lattice, with a counting of states at least as rich as
the quark model. Furthermore, we identify states that are hybrid in nature,
where gluonic degrees of freedom play a structural role, indicatinng that such
states appear a feature of the excited baryon spectrum, irrespective of the
lattice action, or the precise details of the smearing of the lattice
interpolating operators used to identify such states.

High Energy Physics - Lattice;High Energy Physics - Phenomenology;Nuclear Theory