  In this work, we present limits on natural supersymmetry scenarios based on
searches in data taken during run 1 of the LHC. We consider a set of 22000
model points in a six dimensional parameter space. These scenarios are minimal
in the sense of only keeping those superparticles relatively light that are
required to cancel the leading quadratically divergent quantum corrections
(from the top and QCD sector) to the Higgs mass in the Standard Model. The
resulting mass spectra feature higgsinos as the lightest supersymmetric
particle, as well as relatively light third generation $SU(2)$ doublet squarks
and $SU(2)$ singlet stops and gluinos while assuming a Standard Model like
Higgs boson. All remaining supersymmetric particles and Higgs bosons are
assumed to be decoupled. We check each parameter set against a large number of
LHC searches as implemented in the public code {\tt CheckMATE}. These searches
show a considerable degree of complementarity, i.e. in general many searches
have to be considered in order to check whether a given scenario is allowed. We
delineate allowed and excluded regions in parameter space. For example, we find
that all scenarios where either $m_{\tilde t_1} < 230$ GeV or $m_{\tilde g} <
440$ GeV are clearly excluded, while all model points where $m_{\tilde t_1} >
660$ GeV and $m_{\tilde g} > 1180$ GeV remain allowed.
