  In this paper, by exploiting the weak measurement and quantum measurement re-
versal (WMQMR) procedure, we propose a scheme to show how one can protect the
geometric quantum discord (GQD) of a two-qutrit V-type atomic system each of
which interacts with a dissipative reservoir independently. We examine the
scheme for the GQD of the initial two-qutrit Werner and Horodecki states for
different classes of weak mea- surement strengthes. It is found out that the
presented protocol enables us to suppress decoherence due to the amplitude
damping (AD) channel and preserve the quantum dis- cord of the two-qutrit
system successfully.
