  We present a method for parameterizing the charged particle multiplicity and
charged hadron spectra from heavy ion data with a simple, Glauber-inspired,
model. The basis of this model is derived from the observation of leading
hadrons in $pp$ collisions and the number of interactions calculated by a
Glauber model. Singly hit and multiply hit nucleons are treated as different
sub-components of the same collision. With this scheme, for fixed sub-component
yields, we find that the multiplicity and charged hadron spectra can be
reproduced, without the need for large suppression at high-p$_T$. Suppression
is still observed, in the low- to intermediate-p$_T$ region, but this is
confined to suppression of surface emission partons. At high-p$_T$, the
suppression disappears entirely, leaving only a possible Cronin-type
enhancement. The suppression observed in 200GeV collisions is found to be the
same for 62.4GeV data.
