  Using vector meson dominance (VMD), tensor glueball photoproduction cross
sections, asymmetries and widths are calculated. The predicted hadronic VV'
decays are comparable for different vector meson (V = rho, omega and phi)
channels with the omega phi width the largest but the radiative omega gamma and
phi gamma decays are suppressed relative to rho gamma by over a factor of 2.
This decay profile is distinct from typical meson branching rates and may be a
useful glueball detection signature. Results are compared to a previous VMD
scalar glueball study.
