  Some experiments on LEAR obtained unusual behavior of the $p\bar p$
interaction near the threshold. The experiments on $p\bar p$ forvard scattering
detected zeros and big variation of $\rho$ and at the same time a smooth rising
of ${\sigma}_{tot}$ with lowing energy. Many models has difficulties in
explanating this fact. In the PS170 experiment with a good statistical accuracy
the unexpected behavior of the proton electromagnetic form factor was found.
All these experiments can be considered as an indication for the existence of a
low lying $p\bar p$ bound state 'baryonium'. This statement coincides with that
made for interpretation of the energy dependence of the total cross-section
$e^{+}e^{-}\to hadrons$ in FENICE. There is a model (based on analyticity)
which explained aforementioned experiments and the fact that this 'baryonium'
is not seen in the OBELIX $p\bar p$ annihilation cross-section. Thus LEAR
experiments and FENICE one are consistent near $p\bar p$ threshold and
compatible with the existence of 'baryonium'.
