  We give a brief summary of the Dyson-Schwinger and Bethe-Salpeter approach to
hadron spectroscopy and report on recent progress in determining resonance
properties in this framework. We exemplify the extraction of resonances using a
scalar model, where we solve the scattering equation for the four-point
scattering amplitude and extract the pole locations on the second Riemann sheet
as well as the phase shifts.
