  We study density profiles in trapped fermionic gases, near Feshbach
resonances, at all $T \leq T_c$ and in the near-BEC and unitary regimes. For
the latter, we quantify and characterize the generally neglected contribution
from noncondensed Cooper pairs. As a consequence of these pairs, our profiles
are rather well fit to a Thomas-Fermi (TF) functional form, and equally well
fit to experimental data. Our work lends support to the notion that TF fits can
be used in an experimental context to obtain information about the temperature.
