  We study scalar, pseudoscalar, vector, and axial-vector mesons with
non-strange and strange quantum numbers in the framework of a linear sigma
model with global chiral $U(N_f)_L \times U(N_f)_R$ symmetry. We perform a
global fit of meson masses, decay widths, as well as decay amplitudes. The
quality of the fit is, for a hadronic model that does not consider
isospin-breaking effects, surprisingly good. We also investigate the question
whether the scalar $\bar{q}q$ states lie below or above 1 GeV and find the
scalar states above 1 GeV to be preferred as $\bar{q}q$ states. Additionally,
we also describe the axial-vector resonances as $\bar{q}q$ states.
