  A large apparent violation of the OZI rule has recently been found in many
channels in pbar-p annihilation LEAR. An interpretation of these data in terms
of the "shake-out" and "rearrangement" of an intrinsic sbar-s component of the
nucleon wave function is proposed. This gives a channel-dependent,
non-universal modification of the naive OZI prediction. Within this approach,
we interpret the strong excess of $\phi$ production in S-wave pbar-p
annihilations in terms of the polarization of the nucleon's sbar-s component
indicated by deep inelastic lepton-nucleon scattering experiments. This
interpretation could be tested by measurements of the $f_2'(1525)/f_2(1270)$
production ratio in P-wave annihilations and by experiments with polarized
beams and polarized targets. We also propose a test of the intrinsic
strangeness hypothesis in $\phi$ production in high-momentum transfer
processes, via a difference in constituent counting rules from gluon-mediated
production.
