  Highly disordered superconductors have a rich phase diagram. At a moderate
magnetic field (B) the samples go through the superconductor-insulator quantum
phase transition. In the insulating phase, the resistance increases sharply
with B up to a magneto-resistance peak beyond which the resistance drops with
B. In this manuscript we follow the temperature (T) evolution of this
magneto-resistance peak. We show that as T is reduced, the peak appears at
lower B's approaching the critical field of the superconductor-insulator
transition. Due to experimental limitations we are unable to determine whether
the T=0 limiting position of the peak matches that of the critical field or is
at comparable but slightly higher B. We show that, although the peak appears at
different B values, its resistance follows an activated T dependence over a
large T range with a prefactor that is very similar to the quantum of
resistance for cooper-pairs.
