  A meson-exchange model for pion-nucleon scattering was previously constructed
using a three-dimensional reduction scheme of the Bethe-Salpeter equation for a
model Lagrangian involving \pi, \eta, N, \Delta, \rho, and \sigma fields. We
thereby extend our previous work by including the \eta N channel and all the
\pi N resonances with masses ~ 2 GeV, up to the F waves. The effects of the
\pi\pi N channels are taken into account by introducing an effective width in
the resonance propagators. The extended model gives an excellent fit to both
\pi N phase shifts and inelasticity parameters in all channels up to the F
waves and for energies below 2 GeV. We present a new scheme to extract the
properties of overlapping resonances. The predicted values for the resonance
masses and widths as well as resonance pole positions and residues are compared
to the listing of the Particle Data Group.
