  In the supersymmetric standard model there exist pure gravity contributions
to the soft mass parameters which arise via the superconformal anomaly. We
consider the low-energy phenomenology with a mass spectrum dominated by the
anomaly-induced contributions. In a well-defined minimal model we calculate
electroweak symmetry breaking parameters, scalar masses, and the full one-loop
splitting of the degenerate Wino states. The most distinctive features are
gaugino masses proportional to the corresponding gauge coupling beta-functions,
the possibility of a Wino as the lightest supersymmetric particle, mass
degeneracy of sleptons, and a very massive gravitino. Unique signatures at
high-energy colliders include dilepton and single lepton final states,
accompanied by missing energy and displaced vertices. We also point out that
this scenario has the cosmological advantage of ameliorating the gravitino
problem. Finally, the primordial gravitino decay can produce a relic density of
Wino particles close to the critical value.
