  We present the results of energy-dependent and single-energy partial-wave
analyses of pi-N elastic scattering data with laboratory kinetic energies below
2.1 GeV. We have considered the effect of adding dispersion-relation
constraints required for a more reliable extraction of the pi-N sigma term. The
results of these new fits are compared with those generated previously, using a
reduced set of constraints, and with a fit which has only utilized forward
constraints associated with the S-wave scattering lengths. We compare the
results in terms of their resonance spectra and preferred values for the pi-N-N
coupling and pi-N sigma term.
