Reconcile muon g-2 anomaly with LHC data in SUGRA with generalized
  gravity mediation
  From generalized gravity mediation we build a SUGRA scenario in which the
gluino is much heavier than the electroweak gauginos at the GUT scale. We find
that such a non-universal gaugino scenario with very heavy gluino at the GUT
scale can be naturally obtained with proper high dimensional operators in the
framework of SU(5) GUT. Then, due to the effects of heavy gluino, at the weak
scale all colored sparticles are heavy while the uncolored sparticles are
light, which can explain the Brookhaven muon g-2 measurement while satisfying
the collider constraints (both the 125 GeV Higgs mass and the direct search
limits of sparticles) and dark matter requirements. We also find that, in order
to explain the muon g-2 measurement, the neutralino dark matter is lighter than
200 GeV in our scenario, which can be mostly covered by the future Xenon1T
experiment.
