  The gauge-independent phenomenon of color confinement in Yang-Mills theory
manifests itself differently in different gauges. Therefore, the gauge
dependence of quantities related to the infrared structure of the theory
becomes important for understanding the confinement mechanism. Particularly
useful are classes of gauges that are controlled by a single gauge parameter.
We present results on propagators and the color-Coulomb potential for the
so-called lambda-gauges, which interpolate between the (minimal) Landau gauge
and the (minimal complete) Coulomb gauge. Results are reported for the SU(2)
lattice gauge theory in three and four space-time dimensions. We investigate
especially intermediate and low momenta. We find a continuous evolution of all
quantities with the gauge parameter, except at zero four-momentum.
