  We explore the prospects for detection of sparticles and Higgs bosons at the
Tevatron, LEP-200 and the LHC in the allowed parameter space of a `yukawa
unified' ($\lambda_b(M_U)=\lambda_{\tau}(M_U)$) minimal supergravity (YUMS)
model, where the only non-zero unification scale soft-SUSY-breaking terms are a
universal gaugino mass and a Higgs mixing term. In a bottom-up approach, just
two weak scale parameters, $\tanb$ and $\mha$, (along with the sign of the
Higgs mixing parameter $\mu$) completely parameterize the model. Many
interesting `special' situations regarding sparticle and Higgs discovery arise,
such as the importance of the invisible $\hl\rta\cnone\cnone,\snu\snubar$ decay
modes.
