  We propose a consistent scenario of the evolution of the universe based on
the large cutoff supergravity (LCSUGRA) hypothesis of supersymmetry breaking,
where the gravitino and sfermion become as heavy a $\sim O(1-10 {\rm TeV})$.
With such a heavy gravitino, baryon asymmetry of the universe can be generated
by the non-thermal leptogenesis via an inflaton decay without conflicting the
serious gravitino problem. We also see that, in the LCSUGRA scenario, relic
density of the lightest superparticle becomes consistent with the WMAP value of
the dark matter density in the parameter region required for the successful
non-thermal leptogenesis.
