  We introduce the Statistical Hadronization with Resonances (SHARE) suite of
programs and perform a study of particle multiplicities as well as bulk
thermodynamic quantities for the RHIC Au--Au reactions at $\sqrt{s_{NN}}=130$
GeV. We also show that the statistical hadronization model, with parameters
fitted to match pion, proton and hyperon ratios, in turn correctly and
consistently reproduces rapidity particle multiplicity.
