  In the light gluino variant of the minimal supersymmetric model gluino pairs
can be readily produced in collider experiments even if the squarks are
arbitrarily heavy. This enhances the jet transverse energy distributions. In
addition the slower running of the strong coupling constant in the presence of
light gluinos leads to a further enhancement at higher transverse energies
relative to the standard $QCD$ expectations. Finally, the enhanced squark
gluino production would lead to a Jacobian peak in the $E_T$ distribution at
about $M_{\tilde Q}/2$. These effects are of about the right magnitude to
explain anomalies observed by the $CDF$ and $D0$ collaborations.
