Due to its large acceptance, the STAR experiment has
acquired a wealth of data on strangeness production for a variety of
collision systems and energies, from p+p up to Au+Au. I will start
this presentation by using the yields and spectra to address the
evolution of the bulk system; including strangeness enhancement and
the flavour dependence of radial and elliptic flow. I will then
concentrate on strangeness production in the intermediate and high pT
regions. Utilising the fact that we can identify strange baryons and
mesons, we investigate different hadronization mechanisms. The
ratios of the particle yields, measured to high pT, are used to
further investigate the range and applicability of the previously
reported anomalous baryon production. We also study two-particle
azimuthal correlations of identified particles in order to
investigate any flavour dependence of jet fragmentation in the
available pT range. Data will be presented for a number of different
collision systems and energies.