  Glueballs remain an experimentally undiscovered expectation of QCD. Lattice
QCD (As well as other theoretical approaches) predicts a spectrum of glueballs,
with the tensor ($J^{PC}=2^{++}$) glueball being the second lightest, behind
the scalar glueball. Here, using a chiral hadronic model, we compute decay
ratios of the tensor glueball into various meson decay channels. We find the
tensor glueball to primarily decay into two vector mesons, dominated by $\rho
\rho $ and $K^*K^*$ channels. These results are compared to experimental data
of decay rates of isoscalar tensor mesons. Based on this comparison, we make
statements on the eligibility of these mesons as potential tensor glueball
candidates: the resonance $f_2(1950)$ turns out to be, at present, the best
match as being predominantly a tensor glueball.
