  In this work, we address the localization problem of vector field in the
chameleon braneworld and investigate the localization of various matter fields.
The conditions for localizing the matter fields are determined. It is found
that the zero modes of scalar, vector, and fermion fields can be successfully
localized, yet the zero mode of Kalb-Ramond field cannot be localized, which
implies that the recovery of standard model fields on the brane. Furthermore,
the characteristics of quasi-localized modes of the $q$-form fields are
analyzed, and the parameter constraints of the model are estimated.
