  The spectrum of nucleons and their parity partners is studied as a function
of temperature spanning the deconfinement transition. We analyse our results
using the correlation functions directly, exponential fits in the hadronic
phase, and the Maximum Entropy Method. These techniques all indicate that there
is degeneracy in the parity partners' channels in the deconfined phase. This is
in accordance with the expectation that there is parity doubling and chiral
symmetry in the deconfined phase. In the hadronic phase, we also find that the
nucleon ground state is largely independent of temperature, whereas there are
substantial temperature effects in the negative parity channel. All results are
obtained using our FASTSUM 2+1 flavour ensembles.
