  SUSY searches at the LHC as well as the 126 GeV Higgs boson indicate that
superparticles, especially squarks and gluinos, are not so light as we
expected. It is important to investigate SUSY searches which do not rely on the
colored superparticles.
  As a clue for the investigation, we focus on the muon g-2 anomaly, which can
be explained by the SUSY contributions if some of neutralinos, charginos, and
sleptons are as light as of order 100 GeV. We propose the muon-(g-2)-motivated
MSSM as a benchmark model, where squarks are decoupled but the superparticles
corresponding to the muon g-2 are light enough to explain the anomaly. We also
interpret the up-to-date results of LHC SUSY searches, and obtain experimental
constraints on the model.
  We show searches for direct production of charginos and neutralinos work very
well against the scenario, but several regions are not only remain uncovered
but even found challenging to be searched for at the LHC. It is ascertained
that, in order to draw out latent potential of the LHC, strategies to attack
these regions should be developed.
