  Systematic analysis of available data for $\omega$-meson photoproduction is
given in frame of Regge theory. At photon energies above 20 GeV the
$\gamma{+}p{\to}\omega{+}p$ reaction is entirely dominated by Pomeron exchange.
However, it was found that Pomeron exchange model can not reproduce the
$\gamma{+}p{\to}\rho{+}p$ and $\gamma{+}p{\to}\omega{+}p$ data at high energies
simultaneously with the same set of parameters. The comparison between $\rho$
and $\omega$ data indicates a large room for meson exchange contribution to
$\omega$-meson photoproduction at low energies. It was found that at low
energies the dominant contribution comes from $\pi$ and $f_2$-meson exchanges.
There is smooth transition between the meson exchange model at low energies and
Regge theory at high energies.
