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Based on the experimental data released recently by the CLAS Collaboration,the $f_{1}(1285)$ photoproduction off a proton target is investigated in aneffective Lagrangian approach. In our model, $s$-channel, $u$-channel, and$t$-channel Born terms are included to calculate the differential crosssections, which are compared with the recent CLAS experiment. An interpolatingReggeized treatment is applied to the $t$ channel, and it is found that the$t$-channel contribution is dominant in the $f_1(1285)$ photoproduction and the$u$-channel contribution is responsible for the enhancement at backward angles.The present calculation does not take into account any explicit $s$-channelnucleon-resonance contribution; nevertheless, our model provides a gooddescription of the main features of the data. It suggests small couplings ofthe $f_1(1285)$ and the nucleon resonances in this energy region.

Analysis of recent CLAS data on $f_{1}(1285)$ photoproduction