  Using the latest LHC data, we analyse and compare the lower limits on the
masses of gluinos and the lightest stop in two natural supersymmetric motivated
scenarios: one with a neutralino being the lightest supersymmetric particle
(LSP) and the other one with gravitino as the LSP and neutralino as the
next-to-lightest supersymmetric particle. In the second case our analysis
applies to neutralinos promptly decaying to very light gravitinos, which are of
cosmological interest, and are generic for low, of order O(100) TeV, messenger
scale in gauge mediation models. We find that the lower bounds on the gluino
and the lightest stop masses are stronger for the gravitino LSP scenarios due
to the extra handle from the decay products of neutralinos. Generally, in
contrast to the neutralino LSP case the limits now extend to a region of
compressed spectrum. In bino scenarios the highest excluded stop mass increases
from 1000 GeV to almost 1400 GeV. Additionally, in the higgsino-like NLSP
scenario the higgsinos below 650 GeV are universally excluded and the stop mass
limit is $m_{\tilde{t}} > 1150$ GeV, whereas there is no limit on stops in the
higgsino LSP model for $m_{\tilde{h}} = 650$ GeV. Nevertheless, we find that
the low messenger scale still ameliorates the fine tuning in the electroweak
potential.
