The nuclear models used for the 1p1h calculation (SF) and the 2p2h calculation (LFG) are also inconsistent, and it has been remarked that the short range correlations included the SF nuclear model may be the same as some contributions to the Nieves 2p2h interaction model, so some contributions may be included twice.

Additionally, the Effective Spectral Function (ESF) [@eff-sf; @eff-sf_proc] has been implemented in [<span style="font-variant:small-caps;">NEUT</span>]{}as described in Reference [@my_thesis], and is included for comparison with the other nominal models in Section \[sec:mcpred\]. The ESF enforces agreement with the longitudinal response function extracted from electron scattering data by modifying the initial state nucleon momentum distribution (using a simple parametrization of the Benhar SF model), and should be used with the Transverse Enhancement Model (TEM), which parametrizes the observed discrepancy between the longitudinal and transverse response functions extracted from electron scattering data as an enhancement to the magnetic form factor [@tem]. By construction, the ESF+TEM agrees with elastic electron scattering data, and is extended to neutrino scattering data by modifying the Llewellyn-Smith interaction formalism for nucleons bound in a nucleus described by the ESF (and with the modified magnetic form factor from the TEM). This model was implemented too late to 