  It is argued that an appearance of the near parity doublets in the upper part
of the light baryon spectrum is an evidence for the chiral symmetry restoration
in the regime where a typical momentum of quarks is around the chiral symmetry
restoration scale. At high enough baryon excitation energy the nontrivial gap
solution, which signals the chiral symmetry breaking regime, disappears and the
chiral symmetry should be restored. Thus one observes a phase transition in the
upper part of the light baryon spectrum. The average kinetic energy of the
constituent quarks in this region is just around the critical one $3T_c$.
