  In minimal anomaly-mediated supersymmetry breaking models, tachyonic sleptons
are avoided by introducing a common scalar mass similar to the one introduced
in minimal supergravity. This may lead to non-minimal flavour-violating
interactions, e.g., in the squark sector. In this paper, we analyze the viable
anomaly-mediated supersymmetry breaking parameter space in the light of the
latest limits on low-energy observables and LHC searches, complete our
analytical calculations of flavour-violating supersymmetric particle production
at hadron colliders with those related to gluino production, and study the
phenomenological consequences of non-minimal flavour violation in
anomaly-mediated supersymmetry breaking scenarios at the LHC. Related
cosmological aspects are also briefly discussed.
