  Relatively light electroweak superparticle masses are required to satisfy the
bulk annihilation region of dark matter relic density and account for the
observed excess of muon g-2, while TeV scale squark and gluino masses are
required to account for the 125 GeV Higgs boson mass and the negative SUSY
search results from LHC. These two sets of requirements can be reconciled in a
simple nonuniversal gaugino mass model, which assumes SUSY breaking via a
combination of two superfields belonging to the singlet and the 200-plet
representations of the GUT group SU(5). The model can be probed via
squark/gluon search with the present and future LHC data. In a more general
nonuniversal gaugino mass model the squark and gluino masses can be raised to
the edge of the discovery limit of LHC or beyond. This model can be probed,
however, through the search for electroweak pair production of the relatively
light sleptons and winos with the future LHC data.
