  We study the factorization scheme dependence of the next-to-leading order
inclusive one jet cross section d sigma/dE_T. The scheme is varied
parametrically along the direction that transforms the MSbar scheme to the DIS
scheme: we introduce a parameter lambda such that lambda = 0 is MSbar and
lambda = 1 is DIS. The factorization scale mu is also varied. We observe a
change of +/- 9% in the cross section for E_T = 50 GeV when mu and lambda are
varied in the range -2 < lambda < 2, E_T/8 < mu < 2 E_T. This grows to +/- 32%
for E_T = 400 GeV.
