  Between the ATLAS and CMS collaborations at the LHC, hundreds of individual
event selections have been measured in the data to look for evidence of
supersymmetry at a center of mass energy of 8 TeV. While there is currently no
significant evidence for any particular model of supersymmetry, the large
number of searches should have produced some large statistical fluctuations. By
analyzing the distribution of p-values from the various searches, we determine
that the number of excesses is consistent with the Standard Model only
hypothesis. However, we do find a shortage of signal regions with far fewer
observed events than expected in both the ATLAS and CMS datasets (at
$1.65\sigma$ and $2.77\sigma$, respectively). While not as compelling as a
surplus of excesses, the lack of deficits could be a hint of new physics
already in the 8 TeV datasets.
