  Perturbative supersymmetry breaking on the landscape of string vacua is
expected to favor large soft terms as a power-law or log distribution, but
tempered by an anthropic veto of inappropriate vacua or vacua leading to too
large a value for the derived weak scale -- a violation of the atomic
principle. Indeed, scans of such vacua yield a statistical prediction for light
Higgs boson mass m_h~ 125 GeV with sparticles (save possibly light higgsinos)
typically beyond LHC reach. In contrast, models of dynamical SUSY breaking
(DSB) -- with a hidden sector gauge coupling g^2 scanned uniformly -- lead to
gaugino condensation and a uniform distribution of soft parameters on a log
scale. Then soft terms are expected to be distributed as $m_{\rm soft}^{-1}$
favoring small values. A scan of DSB soft terms generally leads to $m_h\ll 125$
GeV and sparticle masses usually below LHC limits. Thus, the DSB landscape
scenario seems excluded from LHC search results. An alternative is that the
exponential suppression of the weak scale is set anthropically on the landscape
via the atomic principle.
