  Using a relativistic hydrodynamics + hadronic afterburner simulation we
explore resonance production in PbPb collisions at 5.02 TeV, and demonstrate
that many resonance yields, mean transverse momenta, and flows are very
sensitive to the late stage hadronic rescattering. Out of all measured
resonances $\Lambda(1520)$ is affected strongest by the hadronic rescattering
stage, which allows to estimate its duration, and even constrain branching
ratios of $\Sigma^* \to \Lambda(1520)\pi$ decays. Strong suppression of
$\Lambda(1520)$, which in vacuum has a lifetime of 12.6 fm/$c$, is explained by
its small lifetime in a hadronic medium, between 1 and 2 fm/$c$ at temperatures
between 100 and 150 MeV. We find that some resonances like $\Delta(1232)$,
$f_0(980)$, $a_0(980)$, $\Lambda(1405)$ are enhanced rather than suppressed by
the afterburner.
